Which of the following is largest when the height attained by the projectile is the largest
Answers
Answered by
0
Explanation:
Maximum height attained by the projectile is largest when, θ=90
∘
Wkt that R=
g
v
2
sin2θ
and here θ=90
∘
∴sin2θ=0 and R=0
Now, T=time of flight =
g
2vsinθ
and here θ=90
∘
so sin90
∘
=1
So, Time of flight will be maximum.
Answered by
2
Answer:
hope it will help you mate
Explanation:
Maximum height attained by the projectile is largest when, θ=90
∘
Wkt that R=
g
v
2
sin2θ
and here θ=90
∘
∴sin2θ=0 and R=0
Now, T=time of flight =
g
2vsinθ
and here θ=90
∘
so sin90
∘
=1
So, Time of flight will be maximum.
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