the correct answer is D- Acceleration depends indirectly on the mass.
According to Newton's second law, the force F, the mass m and the acceleration a are related as follows:
Therefore,
The acceleration <em>a₁ </em>of the mass<em> m₁ =1 kg</em> is given by,
The acceleration <em>a₂ </em>of the mass <em>m₂=10 kg</em> is given by,
The smaller mass has greater acceleration.
Thus, when the force applied on two bodies of different masses remains constant, then,
Acceleration is inversely proportional to the mass of the body.
Answer:
i think rocks towards is correct answer
Answer:
a. +10.9μC
b. 0.600N and downward
Explanation:
To determine the magnitude of the charge, we use the force rule that exist between two charges which us expressed as
F=(kq₁q₂)/r²
since q₁=-0.55μC and the force it applied on the charge above it is upward,we can conclude that the second charge is +ve, hence we calculate its magnitude as
q₂=Fr²/kq₁
q₂=(0.6N*0.3²)/(9*10⁹*0.55*10⁻⁶)
q₂=0.054/4950
q₂=1.09*10⁻⁵c
q₂=10.9μC.
Hence the second charge is +10.9μC
b. From the rule of charges which state that like charges repel and unlike charges attract, we can conclude that the two above charges will attract since they are unlike charges. Hence the direction of the force will be downward into the second charge and the magnitude of the force will remain the same as 0.600N
Answer:
0.667 grams per cm cubed
Explanation:
the formula for density is mass divided by volume
Answer: the atmosphere would still be in motion with the Earth's original 1100 mile per hour rotation speed at the equator.
Explanation:
