6. A bullet is fired with a vertical velocity v at a vertical wall whose distance from the point

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Prabhat Tyagi · Answer

Here in this question we have given the initial velocity of bullet equals to 2 to 5 meter per se

Paul Gabriel · Answer

So here we have a bullet is fired from a rifle at the horizontal and initial horizontal velocity

Victor Salazar · Answer

Okay, so what we&#x27;re going to do first is look at this graphically. We have negative 16. We&#x27;ll su

Rashmi Sinha · Answer

So here we have U given is 30 meter per second. The distance from wall is 15 meter and the heigh

Frank Deng · Answer

And this question, you&#x27;re looking at a bullet, right? Now, this bullet has a mass, which is 0 .0

6. A bullet is fired with a vertical velocity v at a vertical wall whose distance from the point of the projection isx. Prove that the greatest height above the level of the point of projection at which the bullet can hit the wall is given by \[ \frac{v^{2}-g^{2} x^{2}}{2 g v^{2}} \]