Physics, asked by wondergirl16, 10 months ago

pls koi yeh question kardo...........​

Attachments:

Answers

Answered by Anonymous
2

SOLUTION

Given:

there is maximum possible range of 400metre.

So, angle of projection=45°

 =  >  \frac{ {u}^{2}sin2 \theta}{g} = 400 \\  =  >  {u}^{2}   = 4000 \\  \\  =  > hmax =  \frac{4y {}^{2} }{2g}  =  \frac{ {u}^{2}sin {}^{2}  \theta }{2g} =\frac{4000 \times  \frac{1}{2} }{20} (sin45 =  \frac{1}{ \sqrt{2} } )  \\  =  > 100 \\  =  > hmax \: will \: be \: at \: half \: the \: horizontal \: distance =  \frac{r}{2}  \\  =  >  \frac{400}{2}  = 200 = x \\  =  > so \: the \: co - ordinate \:  = (200 \: or \: 100)

Option (b)

hope it helps ✔️❣️

Attachments:
Similar questions