A 60 kg man pushes 40 kg man with a 60N. What is the force with which the 40kg man push another man ?
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By Newton's third law
By the third law of motion, the action and reaction are equal in magnitude and opposite in direction
EXAMPLE
. In this case the first force is the action in which causes a reaction of -60N.
the second force is -60N, or 60N in the direction opposite to the first actional force.
Though these forces are equal in magnitude.
the resulting accelerations are not equal.
By..... F=ma, the accelerations are 1.5ms^-2 and 1ms^-2 respectively.
ANSWER
A 60 kg man pushes a 40kg man by a force of 60 N.
The 40kg man has pushed the other man with a force of 60 N.
THANKYOU
BEST OF LUCK
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FRIEND...
[THANKYOU YOU ASKING
QUESTION]
[HERE YOUR ANSWER]
USING
By Newton's third law
By the third law of motion, the action and reaction are equal in magnitude and opposite in direction
EXAMPLE
. In this case the first force is the action in which causes a reaction of -60N.
the second force is -60N, or 60N in the direction opposite to the first actional force.
Though these forces are equal in magnitude.
the resulting accelerations are not equal.
By..... F=ma, the accelerations are 1.5ms^-2 and 1ms^-2 respectively.
ANSWER
A 60 kg man pushes a 40kg man by a force of 60 N.
The 40kg man has pushed the other man with a force of 60 N.
THANKYOU
BEST OF LUCK
CHEERS
Alexpiam:
Fabolus..prem
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Hello prem
Nice ans bro
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A 60 kg of the Man pushes the 40 kg man by the force of 60 N. Thus, the Reaction Force is -60 N, because resultant force is always equals in magnitude but not in acceleration. Similarly,equal and opposite reaction will be exerted by the 40 kg man on the other man...
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