Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
The straight line and curved line in the figure represent the two trains motion A and B, where acceleration of B equal to (a-2m/s^2) and velocity of A is (20 m/s). 1- Determine the time (tB) when the trains have the same position, 2-Calculate the velocity of B at (tB), 4- Calculate the acceleration of B at (tB), 4- At what time the two trains have the same acceleration? position -B time 'B

The straight line and curved line in the figure represent the two trains motion A and B, where acceleration of B equal to (a-2m/s^2) and velocity of A is (20 m/s). 1- Determine the time (tB) when the trains have the same position, 2-Calculate the velocity of B at (tB), 4- Calculate the acceleration of B at (tB), 4- At what time the two trains have the same acceleration? position -B time 'B

icon
Related questions
Question
The straight line and curved line in the figure represent the two trains motion A and B, where acceleration of B equal to (a=2m/s 2) and velocity of A is (20 mis). 1- Determine the time (tB) when the trains have the same position, 2-Calculate the velocity of B at (tB), 4- Calculate the acceleration of B at (tB), 4- At what time the two trains have the same acceleration? position B time 'B 1Add file
Transcribed Image Text:The straight line and curved line in the figure represent the two trains motion A and B, where acceleration of B equal to (a=2m/s 2) and velocity of A is (20 mis). 1- Determine the time (tB) when the trains have the same position, 2-Calculate the velocity of B at (tB), 4- Calculate the acceleration of B at (tB), 4- At what time the two trains have the same acceleration? position B time 'B 1Add file
Expert Solution
steps

Step by step

Solved in 2 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer