How will the gravitational force on a piece of the surface of the star (m1) by the mass of the rest of the star (m2) (effectivel
y located at a point at the center of the star) compare between the AGB and main-sequence phases of a particular star, assuming its mass stays the same?
Answer: The surface will feel a weaker gravitational force during The AGB phase because it farther from the center of the star.
Explanation: The surface will feel a weaker gravitational force during the AGB phase because it farther from the center of the star. Surface mass loss via a wind during the AGB phase and/or via catastrophic ... of heat, pressure, and gravitational diffusion are ignored.
Answer: Gravitational weak force will be felt on the surface during the asymptotic giant branch phase because it is far away from the middle of the star.
Explanation:
(AGB) which is know as asymptotic giant branch is a space on the Hertzsprung–Russell drawing which been populated by cool luminous stars which are evolved.
When the surface will be felt to be weak, is during the period of asymptotic giant branch(AGB) phase, which will be very far away from the middle of the star.
The will be loss of the surface mass through a wind during the AGB phase and/or through catastrophic of gravitational diffusion, pressure, heat are been left out.
The answer is : The <span>humidity you feel in the southern states of the U.S. is water vapor water vapor is between a gas and liquid so that is what gives a humid feel in the hot sun Hopes this helps u :D</span>
F=mg=Gm1m2/r^2 g=Gm2/r^2 g=2Gm2/(2r)^2=2Gm2/4r^2=Gm2/2r^2 So since there is half times the gravity on this unknown planet that has twice earth's mass and twice it's radius, then the person can jump twice as high. 1.5*2= 3m high
