The only difference between speed and velocity is that velocity also includes direction, so if the speed is the same but the velocity is changing, that means that the direction is changing on the ride, but the speed is staying the same.
Remark
Break them into small figures: triangle, square ( I presume), and a parallelogram.
Triangle
<u>Formula</u>
A = 1/2 * b * h
<u>Givens</u>
b = 7
h = 4
<u>Solve</u>
Area = 1/2 b*h = 1/2 * 7 * 4 = 14
Square
<u>Formula</u>
Area = s^2
<u>Solve</u>
s = 7
Area = 7^2 = 49
Parallelogram
<u>Formula</u>
A = b*h
<u>Givens</u>
b = 7
h = 3
<u>Solve</u>
Area = 7 * 3
Area = 21
Total Area
Total Area = triangle + Square + Parallelogram
Total Area = 14 + 49 + 21 = 84 square yards.
Answer:
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Step-by-step explanation:
Answer:
( About ) 1,099 pounds
Step-by-step explanation:
The force required to keep this truck from rolling down the hill is opposed by the force of friction, comparative to the 2600 pounds of force against this friction. It should be that this opposing force is at work more towards the bottom of this hill, and thus the question asks the magnitude of latter force to keep this truck idle -
|| F || = sin( 25 ) * ( Fg ) = sin( 25 ) * ( 2600 lb ) = ( About ) 1098.80748 pounds
<u><em>This can be rounded to a solution of 1099 pounds</em></u>
Answer:
28
Step-by-step explanation:
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