a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is 1) + 4 m/s2 2) – 4 m/s2 3) + 8 m/s2 4) – 8 m/s2 Answer: + 4 m/s2

Question

a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is ​1) + 4 m/s2 ​2) – 4 m/s2 ​3) + 8 m/s2 ​4) – 8 m/s2 Answer: + 4 m/s2

Eshan · Answer

This can be compared to equation of motion for constant acceleration, Hence

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a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is 1) + 4 m/s2 2) – 4 m/s2 3) + 8 m/s2 4) – 8 m/s2 Answer: + 4 m/s2

a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is
1) + 4 m/s2
2) – 4 m/s2
3) + 8 m/s2
4) – 8 m/s2
Answer: + 4 m/s2

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a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is ​1) + 4 m/s2 ​2) – 4 m/s2 ​3) + 8 m/s2 ​4) – 8 m/s2 Answer: + 4 m/s2

a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is ​1) + 4 m/s2​2) – 4 m/s2​3) + 8 m/s2​4) – 8 m/s2Answer: + 4 m/s2

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a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is 1) + 4 m/s2 2) – 4 m/s2 3) + 8 m/s2 4) – 8 m/s2 Answer: + 4 m/s2

a particle moving with uniform acceleration has its final velocity [v=(150+8x)1/2] m/s where x is the distance travelled by the body. Then the acceleration is
1) + 4 m/s2
2) – 4 m/s2
3) + 8 m/s2
4) – 8 m/s2
Answer: + 4 m/s2