Answer:
THE CORRECT OPTION IS C) Δ RST
Δ UVW ; 
Step-by-step explanation:
i) ∠ WUV = ∠ TRS ( same angle = 32 )
ii)
;
Hence it is proved that
Δ RST
Δ UVW
No.
The first two is okay. Then
Then
4 | 64
8|128
9|144
10|160
Answer:
t = 6.67 seconds
Step-by-step explanation:
Given that,
The distance of Moon from Earth, 
The speed of the spacecraft, 
We need to find the time it take this spacecraft to fly to the moon from earth. Let the time is t.
We know that,
Speed = distance/time

So, the required time is equal to 6.67 seconds.