Speed = (distance) / (time)
Speed = (100 mi/2 hr)
Multiply by a fraction equal to 1 :
Speed = (100 mi/2 hr) x (1 hr/60 min)
Speed = (100 x 1 / 2 x 60) (mi-hr/hr-min)
Speed = (100 / 120) (mi / min)
Speed = 5/6 mi/min
<em>Speed = 0.833... mi/min</em>
Answer:
The distance covered by the rocket after fuel ran out is 
Explanation:
Given that the rocket moves with an acceleration 
time 
Since the rocket starts from rest initial velocity 
The distance it travelled within this time is given by 
Velocity at this point is given by 
Given that at this height it runs out of fuel but travels further. Here final velocity 
(maximum height), initial velocity
and time to zero velocity 
Thus it travels 
more after fuel running out. The distance covered during this period is given
Zero is induced in the secondary, and the total output of the transformer consists of smoke.
Transformers only work with AC.
The answer is actually True, I just took the test and it was correct.
The cooling on earth's surface (extrusive) makes a molten rock to become glassy. The lava cools so fast that crystals don't have time to form, which makes it glassy. Hope this helps!
