Answer
Δ h = 0.06 m
Explanation:
Given,
mass of ice cube = 0.11 Kg
inside radius of cylinder = 3.70 cm
density of water = 1000 Kg/m³
density of glycerin = 1260 Kg/m³
ice cube is floating on glycerin surface,
net force on the cube is equal to zero.
Buoyant force by glycerin is equal to the weight of cube
B = W
h₁ = 0.0203 m
when ice melts it is completely turned into water
Volume of mass m of water
h₂ = 0.0803 m
distance by which height of liquid change
Δ h = h₂ - h₁
Δ h = 0.0803 - 0.0203
Δ h = 0.06 m
Answer:
11.7 I don't really know the unit for momentum, I think its p but I don't know
Explanation:
u have to multiply to get the momentum
Explanation:
Let 
is the frequency of oscillation of a block that undergoes simple harmonic motion. The frequency of oscillation is given by :
...............(1)
Where
k is the spring constant of the spring
m is the mass of the block
It is clear from equation (1) that the frequency of the oscillation depends on the spring constant and the mass of the block. So, on increasing the spring constant, the block oscillate with a greater frequency.
Answer:
Electric field =h/3Eo
Explanation:
Because of the intrisic notation and symbol necessary for the solution please refer to the attached file
We have that the momentum p is given by the formula p=mv where m is the mass and v is the velocity. Since for A p=-14kgm/s and m=7, we have that the velocity is -14/7=-2m/s. Hence its speed is 2 m/s.
For b we have that p=15kgm/s and v=3m/s. Because m=p/v, we have m=3kg.
We also have that the momentum is conserved in this system. Hence, the net sum of the momentum of the 2 snowballs equals the momentum of the single giant ball. Hence, p(total)=p(combined)=-14+15=1kgm/s (momentum is a vector; the positive sign means that it tends to the positive direction).
