Answer:
Its acceleration will increase.
Explanation:
<span>I of disk = 1/2MR² = (0.5)(230)(4.0)² = 1840 kgm²
I of disk-woman system = I = 1/2MR² + md² = (50)(4.0)² = 1840 + 800 = 2640 kgm²
L = Iw = (2640)(0.80)(2π) = 13,270 ≈ = 13,000 kgm²/s ANS
idk I'm just trying</span>
Answer:
The focal length of the objective is L/20.
Explanation:
Given that,
Magnification of the standard biological microscope, m = 200
Let the magnification of the eyepiece is, 
Let 
is the magnification of objective lens. The formula of the magnification is given by :
The formula of the magnification is given by :
L is length of microscope
is focal length of the objective
So, the focal length of the objective is L/20.
Hydrostatic equilibrium is the energy balance between two forces at the stars: the inward force of gravity (<span>due to the </span>mass<span> of the star) </span>and the outward gas pressure (due to the energy release from nuclear reactions in the core of the star). Hydrostatic equilibrium is important because it holds the star together.
Newton is the unit of force, while force is a pull or push acting on an object
