**A Moving Car Of Mass 500kg Collides** – A car of mass 500 kg travels at 36 kmh on a straight road in opposite directions and doubles its speed in 1 min. Find the power supplied by the motor.

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## A Moving Car Of Mass 500kg Collides

A 100 kg weight moves at 36 km per hour on a straight road in one direction in 1 minute, driven by a motor, so if you see the speed here is 36 km per hour, so we can convert it to meters per second by multiplying it. i and a thousand 3685 of 18 so it will be called Doubles the speed in 1 minute to write the cost of work done from the work energy theorem we know that work done is equal to the change in kinetic energy and if you saw the speed is doubled here

### Spm F4 Chapter 2 Notes

It will be 400 – one hundred will be 308 so here I am 302 that’s right 50 x 60 the second is 500 kg to that will be deleted finally you will get 1250 what is the power and the answer to this question.

माना की की कामूस पतिनो लागे वाला वूयु बैति बाल उसके चाल के सामनुपाटी है. इडी अज्ञान की निर्गत शक्ति दुगनी कर दी जाये तो कार की maximum चाल- A truck of mass “2500 kg” traveling at `15m/s’ collides with a car of mass “1000m/s” at 1000m/s in in the opposite direction.. At what speed will they travel together?

Solution: here `m_(1)= 2500 kg, u_(1)= 15m//s, m_(2)=1000kg, u_(2)= -5m//s`

The negative sign with “u_(2)” indicates that “u_(2)” is on the opposite side of “u_(1)”.

## Impulse & Momentum.

If `v` is a two-integral velocity, then using the law of conservation of linear velocity, we get `m_(1)u_(1)+m_(2)u_(2)=(m_(1)+m_ ( 2))v” or “2500×15+1000(-5)=(2500+1000)v”

or “37500-5000 = 3500 V” or “v=(32500)/(3500)= 65/7= 9.3 m//s”

A positive sign of “v” indicates that the resulting velocity is in the direction of the truck’s motion.

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