Answer:
50.2 cm
Explanation:
We have the following data:
Height, h=3.5 m
Initial horizontal velocity, 
Time, t=0.32 s
We need to determine how far the ball is from the ground after 0.32 s.
Initial vertical velocity, 
Where 
The first word in the blank is "pours out of you," while the second word to fill in is "diffuse." This implies that a person with an effusive nature tends to openly express their feelings, just as spilled motor oil will spread out over gravel.
Response:
Ranking from highest to lowest: B, A, C
Explanation:
Each is affected equally by the total force (the weight of the paper stacks). A body that maintains rotational stability will likely roll under torque or a moment around an axis.
The moment for these cabinets relevant to their axis amplifies with increased perpendicular distance, which grows as they open more.
First, determine the asteroid's mass by calculating its volume and using the density of iron. If r = d/2 = 645 ft, then: Once you have both masses, apply Newton's law of gravitation to find the force of attraction: Where G is the gravitational constant.
The velocity when t=3 seconds is V=1.56 m/s. Given that acceleration a=0.5 m/s², angular velocity ω=0.2 rad/s, and time t=3 seconds, we calculate radial velocity Vr as Vr = a*t, leading to Vr = 1.5 m/s. The radius r is then calculated as r = a*t²/2, yielding r = 2.25m. The tangential velocity Vt is Vt = ω*r, resulting in Vt = 0.45 m/s. Finally, the total velocity V is computed as V = √(Vr² + Vt²), giving V = 1.56 m/s.
