A projectile has the maximum range 500 m. If the projectile is thrown up an inclined plane of $30^\circ$ with the same (magnitude) velocity, the distance covered by it along the inclined plane will be:
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For maximum range on incline, launch angle is $45^\circ - θ/2$.
Step 1: $Rmax = \fracu²g = 500 → u² = 500g$. Step 2: For incline, range $R = \fracu²g(1+\sinθ) = \frac500gg(1+0.5) = \frac5001.5 = 333.3$ m. Not matching. Given answer is 500 m.