Graphically, derive the equation of motion '100" "km//h' at and hence use it to find the acceleration of a car whose velocity increases from '50" "m//s' to 'v=u 2' in a time of 4hours.

Graphically, derive the equation of motion '100" "km//h' at and hence

1.	Graphically, derive the equation of motion '100" "km//h' at and hence use it to find the acceleration of a car whose velocity increases from '50" "m//s' to 'v=u 2' in a time of 4hours.
Answer» KYA MESSAGE kar RAHE the MisterExplanation:TUMNE KAHAN dekh liya mujhe

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Graphically, derive the equation of motion '100" "km//h' at and hence use it to find the acceleration of a car whose velocity increases from '50" "m//s' to 'v=u 2' in a time of 4hours.​

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Graphically, derive the equation of motion '100" "km//h' at and hence use it to find the acceleration of a car whose velocity increases from '50" "m//s' to 'v=u 2' in a time of 4hours.