Question 4: A particle is thrown into air with initial speed vo making angle 0 with the horizontal as shown in Figure 1. The gravitational acceleration g and a constant acceleration aw due to a wind act on the particle. Find the range of the motion. aw - ' Figure 1 Select one: -2v3 sin 0 cos 0 awvj sin(20) 2g2 awvổ sin(20) 2g2 2v3 sin 0 cos 0 vž sin 0 cos 0 2au v3 sin? 0 g? vž sin? 0_ 2auvổ sin(20) g² vž sin(20) 2auv3 sin? 0 g?
Question 4: A particle is thrown into air with initial speed vo making angle 0 with the horizontal as shown in Figure 1. The gravitational acceleration g and a constant acceleration aw due to a wind act on the particle. Find the range of the motion. aw - ' Figure 1 Select one: -2v3 sin 0 cos 0 awvj sin(20) 2g2 awvổ sin(20) 2g2 2v3 sin 0 cos 0 vž sin 0 cos 0 2au v3 sin? 0 g? vž sin? 0_ 2auvổ sin(20) g² vž sin(20) 2auv3 sin? 0 g?
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Transcribed Image Text:Question 4: A particle is thrown into air with initial speed vo making angle 0
with the horizontal as shown in Figure 1. The gravitational acceleration g and
a constant acceleration au due to a wind act on the particle. Find the range of
the motion.
aw
Figure 1
Select one:
-2v3 sin 0 cos 0
+
awvo sin(20)
2g2
2v3 sin 0 cos 0
awvổ sin(20)
2g2
vở sin 0 cos 0
2aw v3 sin? 0
g?
vj sin? 0
2auvổ sin(20)
g?
vž sin(20)
2aw vở sin? 0
g?
100
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