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nailer thats childs play, im sorry i play with the mathematical big boys
i'll go over the the gravitational field
simple formula to remeber to apply to this class is:
accleration=(garvitational mass)/(inertial mass) X (intensity of the gravitational field)
meaniong that The gravitational mass of a body is equal to its inertial mass.
all this stems from Newton’s law of motion, we have (Force) = (inertial mass) × (acceleration),
where the “inertial mass” is constant of the accelerated body. If now gravitation is the cause of the acceleration, we have (Force) = (gravitational mass) × (intensity of the gravitational field),
nailer thats childs play, im sorry i play with the mathematical big boys
i'll go over the the gravitational field
simple formula to remeber to apply to this class is:
accleration=(garvitational mass)/(inertial mass) X (intensity of the gravitational field)
meaniong that The gravitational mass of a body is equal to its inertial mass.
all this stems from Newton’s law of motion, we have (Force) = (inertial mass) * (acceleration),
where the “inertial mass” is constant of the accelerated body. If now gravitation is the cause of the acceleration, we have (Force) = (gravitational mass) * (intensity of the gravitational field),
Wow! After reading this I think I should lie down before I fall down on my gravitational (m)ass. My heads still spinnin.
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