Vehicle Displacement You are given the velocity of an shuttle traveling in a straight line as a series of data points Witte a program that computes the position displacement of the shuttle along this ine at the time of the final data point The input is given via standard input in the following format number of data points (0 < 65,535) on its own ne • pairs of data points, each on their own line, consisting of two integers separated by a ungle comma. The first number represents the time in seconds (065535), and the second represents velocity in meters per second 14 Time is strictly increasing and velocity is constant between data points. The vehicle position and velocity both start at 0. May shuttles can drive in either direction, and in an added bit of realism the data points are speed-inted to about 25 mph in forward and 10 mph in reverse. However, in a reduced bit of realism, the problem does imply that shuttles can change velocity instantaneously The output should be a single integer printed to standard output the position of the vehicle at the last data point it is important not to print anything else to standard output or standard error, as the will invalidate your answer The skeleton code provided includes sample instructions to read the first input line and print out a final answer You may use as much or le of it as you desire Let main() lat distance- An scanf("d", &n); printf("w", distance);
Vehicle Displacement You are given the velocity of an shuttle traveling in a straight line as a series of data points Witte a program that computes the position displacement of the shuttle along this ine at the time of the final data point The input is given via standard input in the following format number of data points (0 < 65,535) on its own ne • pairs of data points, each on their own line, consisting of two integers separated by a ungle comma. The first number represents the time in seconds (065535), and the second represents velocity in meters per second 14 Time is strictly increasing and velocity is constant between data points. The vehicle position and velocity both start at 0. May shuttles can drive in either direction, and in an added bit of realism the data points are speed-inted to about 25 mph in forward and 10 mph in reverse. However, in a reduced bit of realism, the problem does imply that shuttles can change velocity instantaneously The output should be a single integer printed to standard output the position of the vehicle at the last data point it is important not to print anything else to standard output or standard error, as the will invalidate your answer The skeleton code provided includes sample instructions to read the first input line and print out a final answer You may use as much or le of it as you desire Let main() lat distance- An scanf("d", &n); printf("w", distance);
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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Question
@@@
![Vehicle Displacement
You are given the velocity of
shuttle traveling in a straight line as a series of data
points. Write a program that computes the position (displacement) of the shuttle along this line at
the time of the final data point
The input is given vis standard input in the following format
number of data points (0 <
65,535) on its own in
• It pairs of data points, each on their own line, consisting of two integers separated by a
ungle comma The first number represents the time in seconds (065535), and the
second represents velocity in meters per second (4 v).
Time is strictly increasing and velocity is constant between data points. The vehicle position and
velocity both start at 0 May shuttles can drive in either direction, and in an added bit of realm
the data points are speed-limited to about 25 mph in forward and 10 mph in reverse. However, in a
reduced bit of realsm, the problem does imply that shuttles can change velocity instantaneously
The output should be a single integer printed to standerd output the position of the vehicle at the
last data point. It is important not to print anything else to standard output or standard error, as thes
will invalidate your answer
The skeleton code provided includes sample instructions to read the first input line and print out a
final answer. You may use as much or sale of it as you desire
Sample input
B Semple output
Autocompleted
D
fet main()
int distance - 0
scanf("%d", &n);
printf("a", distance);
Test against custom input
Custom put pyooointed
er of data polits](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F434916cd-dadc-412a-ad75-437b4113a9e1%2Fbe498096-526d-4c53-b10b-ed8f45f803c0%2Fch3ezd9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Vehicle Displacement
You are given the velocity of
shuttle traveling in a straight line as a series of data
points. Write a program that computes the position (displacement) of the shuttle along this line at
the time of the final data point
The input is given vis standard input in the following format
number of data points (0 <
65,535) on its own in
• It pairs of data points, each on their own line, consisting of two integers separated by a
ungle comma The first number represents the time in seconds (065535), and the
second represents velocity in meters per second (4 v).
Time is strictly increasing and velocity is constant between data points. The vehicle position and
velocity both start at 0 May shuttles can drive in either direction, and in an added bit of realm
the data points are speed-limited to about 25 mph in forward and 10 mph in reverse. However, in a
reduced bit of realsm, the problem does imply that shuttles can change velocity instantaneously
The output should be a single integer printed to standerd output the position of the vehicle at the
last data point. It is important not to print anything else to standard output or standard error, as thes
will invalidate your answer
The skeleton code provided includes sample instructions to read the first input line and print out a
final answer. You may use as much or sale of it as you desire
Sample input
B Semple output
Autocompleted
D
fet main()
int distance - 0
scanf("%d", &n);
printf("a", distance);
Test against custom input
Custom put pyooointed
er of data polits
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