Derive the second equation of motion …
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Posted by Dev Verma 3 years, 10 months ago
- 2 answers
Yogita Ingle 3 years, 10 months ago
Velocity-Time Relation
- A car having initial velocity u , is being subjected to a uniform acceleration a for a time period of t , after the time t the final velocity of the car is v.
- Now we need to find the relation between v,u,a,t graphically.
Position-Time Relation
- A car having initial velocity u , is being subjected to a uniform acceleration a for a time period of t , after the time t the final velocity of the car is v.
- In the time interval of time t , it covers a distance of s.
- Now we need to derive relation between s,u,a,t graphically.
Position–Velocity Relation
- A car having initial velocity u , is being subjected to a uniform acceleration a for a time period of t , after the time t the final velocity of the car is v.
- In the time interval of time t , it covers a distance of s.
- Now we need to find relation between s,u,v,a graphically.
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Zainab Khan 3 years, 10 months ago
0Thank You