Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe (2024)

Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++

Submitted by Erik O. Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (2) Nov. 10, 2023 Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (3) 09:29 p.m.

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (4) Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (5) Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (6)

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (7)

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (21)

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (22)

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (23)Ace Chat

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (24)Ask Our Educators

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (25)Notes & Exams

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Best Matched Videos Solved By Our Expert Educators Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (26) Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (27) Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (28) Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (29) Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (30)

02:49 BEST MATCH Math 103: College Algebra3.3 Applications HWDirections: Complete all problems on separate paper. For each problem, you must find the function to maximize or minimize. For full credit, the function must be correct. Upload pictures or scans of your solutions no later than Monday, October 19, 1:59 p.m. CST.Problem 1: You have a 1200-foot roll of fencing and a large field. You want to make two paddocks by splitting a rectangular enclosure in half. What are the dimensions of the largest such enclosure?Problem 2: Your factory produces lemon-scented air fresheners. You know each unit is cheaper the more you produce. But you also know that costs will eventually go up if you make too many, due to storage of the overstock. The guy in accounting says that your cost for producing x thousand units per day can be approximated by the formula C(x) = 0.04x^2 + 504x + 25302. Find the daily production level that will minimize your costs.Problem 3: Find a pair of numbers whose product is maximum …
02:46 Math 103: College Algebra3.3 Applications HWDirections: Complete all problems on separate paper. For each problem, you must find the function to maximize or minimize. For full credit, the function must be correct. Upload pictures or scans of your solutions no later than Monday, October 19, 1:59 p.m. CST.Problem 1: You have a 1200-foot roll of fencing and a large field. You want to make two paddocks by splitting a rectangular enclosure in half. What are the dimensions of the largest such enclosure?Problem 2: Your factory produces lemon-scented air fresheners. You know each unit is cheaper the more you produce. But you also know that costs will eventually go up if you make too many, due to storage of the overstock. The guy in accounting says that your cost for producing x thousand units per day can be approximated by the formula C(x) = 0.04x^2 + 504x + 25302. Find the daily production level that will minimize your costs.Problem 3: Find a pair of numbers whose product is maximum …
04:28 Egress, Inc. is a small company that designs, produces, and sells ski jackets and other coats. The creative design team has labored for weeks over its new design for the coming winter season. It is now time to decide how many ski jackets to produce in this production run. Because of the lead times involved, no other production runs will be possible during the season. Predicting ski jacket sales months in advance of the selling season can be quite tricky. Egress has been in operation for only three years and its ski jacket designs were quite successful in two of those years. Based on realized sales from the last three years, current economic conditions, and professional judgment, 12 Egress employees have independently estimated demand for their new design for the upcoming season. Their estimates are listed below:14,000 16,000 13,000 8,000 14,000 5,000 14,000 11,000 15,500 8,000 10,500 15,000To assist in the decision on the number of units for the production run, management has gathe…
02:48 Home Work P.7.19 A weir 8 m in length is to be built across a rectangular channel to discharge a flow of 9 m/s. If the maximum depth of water on the upstream side of the weir is to be 2 m, what should be the height of the weir? C = 0.62. Ans. 1.277 m P.7.20 A rectangular notch 1 m long and 40 cm high is discharging water. If the same quantity of water is allowed to flow over a 90° V-notch, find the height to which water will rise above the apex of the notch. Ca = 0.62. Ans. Q = 464 L/s, H = 63.1 cm P.7.21 Water flows over a right-angled V-notch under a constant head of 25 cm. 1- Find the discharge. 2- Using principles of geometric similarity, find the head required for a flow of 1417.6 L/s through the same notch. C = 0.62 Hint 13/2 QbH Ans. Q = 44.3 L/s, H = 1 m P.7.22 A sharp-edge 90° V-notch is inserted in the side of a rectangular tank 3 m long and 1.5 m wide. Find how long it will take to reduce the head in the tank from 30 cm to 7.5 cm if the water di…
02:05 Problem 6-06 (Algorithmic) Klein Chemicals, Inc., produces a special oil-based material that is currently in short supply. Four of Klein's customers have already placed orders that together exceed the combined capacity of Klein's two plants. Klein’s management faces the problem of deciding how many units it should supply to each customer. Because the four customers are in different industries, different prices can be charged because of the various industry pricing structures. However, slightly different production costs at the two plants and varying transportation costs between the plants and customers make a "sell to the highest bidder" strategy unacceptable. After considering price, production costs, and transportation costs, Klein established the following profit per unit for each plant-customer alternative: Customer Plant D1 D2 D3 D4 Clifton Springs $64 $68 $64 $80 Danville $68 $60 $56 $76 The plant capacities and customer orders are as follows: Plant Capacity (units) Di…

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe only. Meanwhile, when the pipes are connected to each other, if the length of the endoscope is long enough to explore ,then it is able to inspect the connected pipes. However, we ca nnot observe every pipe because the length of endoscope is limited.When the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore. There are seven kind of pipes, and description for each pipe are shown below:S.No Pipe Connected to1 Up, Down, Left, Right2 Up, Down3 Left, Right4 Up, Right5 Down, Right6 Down, Left7 Up, LeftWhen the map of the ground water pipe, the location where the endoscope to out in, and the length of the endoscope is given, calculate the number of pipe which are available to explore. Length of endoscope means the range upto which endoscope can explore.InputIn the first line, T, the number of total test cases is given. From the second line, T test cases are given. In the first line of each test case, N, the height of the map of the ground water pipes, M, the width, R, the vertical location of the water pipe where to put in the endoscope, C, the horizontal location of it, and the length of the endoscope L are given. In the following N lines information of the map of ground water pipe is given. Each line has M numbers. Each number (from 1 to 7) means the type of water pipe for that point. 0 means there is no water pipe buried in that place.OutputPrint the respective answer for T test cases in total for T lines. The answer is the number of water pipes which is available to observe using the endoscope.Constraints1<= T <=1001<= N, M <=500<= X < N0<= Y < M1<= L <= 20 need codde in c++ (41)

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Company S has developed an industrial endoscope available to explore inner part of the decrepit water pipes. It is possible to explore the inner part of the pipes putting the endoscope in a certain part of the pipe. The endoscope can be moved in the pipe  (2024)
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