Physics, asked by konica, 1 year ago

in the given figure of projectile

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Answered by aqibkincsem
23

"The basic formula used in the projectile is,

Maximum height reached, H = vo^2 * sin^2 theta/ 2 * g

Since y is not maximum height here, you can determine the value of y with the help of velocity and time formula that will give you the value

Y = [x1 * x2 / x1 + x2] tan theta

"

Answered by Anonymous
425
 \underline{\large\bf{\mathfrak{Hello!}}}

To solve this question you need to understand the projectile and understand the equation of trajectory.

For a well explained answer please refer to the attachment.

\boxed{y = [\frac{x_{1} x_{2} } {x_{1}<br />+x_{2} }]tan\theta}

 \bf{\mathfrak{Hope \: this \: helps...:)}}
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