I'm not sure exactly what you're asking, but hopefully this answers your question.
A=Acceleration F=Force M=Mass
The acceleration of an object is dependent on the mass of the object and the force exerted on it. The greater the force is, the greater the acceleration. The greater the mass is, the lower the acceleration. The greater the mass of the object, the more force required to obtain the same acceleration.
Examples: Let's say you have an object of mass 8. If you were to exert 16 force, then the acceleration would be 2, but if you exert 4 force, the acceleration is 1/2.
Similarly, if you exert 8 force on 2 objects, with masses 16 and 4, then the object with mass 16 would have an acceleration of 1/2, while the object with a mass of 4 would have an acceleration of 2.
Hopefully this helped, sorry if it wasn't what you were asking.
Also, I think this should be in physics/science, not algebra.
No, it does not.
False.
y=x/7 y=(1/7) x It is a direct variation since it is of the form y=kx, where k=1/7 , a constant
the linear relationship is up four over one.
In physics, variation can refer to changes in quantities such as position, velocity, acceleration, and force over time. Variations can also involve fluctuations in physical properties like temperature, pressure, and energy. Further, variation may describe differences in behavior of physical systems under different conditions or configurations.
Increasing variation
cyclical variation: Piece to piece variation. Often used to describe a repeating pattern, such as a seasonal variation in sales that peaks before Christmas.
No
2 over 3 equals 8 over 12
There is variation among humans because of sexual reproduction, crossing over, assortment, and mutations.
Slope equals rise over run.
Variation is defined as part of a resistance training program that systematically alters exercises over time.