The required magnitude of the acceleration of the body is 0.25 m/s².
The change of velocity with respect to time concerning the application of some net external force is known as acceleration.
Given data:
The mass of the body is m = 20 kg.
The magnitude of forces at right angles are, 3 N and 4 N.
Now the net external force for the given magnitude of forces is calculated as,
Now applying Newton's Second law of motion to obtain the value of acceleration as,
Solving as,
Thus, we can conclude that the required magnitude of the acceleration of the body is 0.25 m/s².
Learn more about the acceleration here:
Answer:0.25 meter per second square
Explanation:
Resultant force =√(4×4+3×3)
Resultant force=√(25)
Resultant force =5 Newton
But acceleration= force÷mass
Acceleration=5÷20
Acceleration=0.25
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Answer:
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Explanation:
Answer:
True
Explanation:
B.the great distance between the sun and the planets
C.
force of gravity the galaxy exerts on all objects in it
D.the gravitational force between the sun and each object in the solar system