What is the relationship between weight and accelaration?

Answer 1

'RELATIONSHIP' 'between' implies -two- things, I assume you mean 'between force and acceleration'.

The relationship between 'force' and 'acceleration' is explained in your physics book or class.

F = MA, or force equals mass times acceleration,

that means, as an example, 'weight', or force towards the center of the earth,

is equal to 'mass', which is 'density' of an object, like a rock or a car or a person,

would mean the object has more atoms, electrons, quarks, nuons neons or nouns than another object. In comparison measurement to that other object (and,as the earth has been around - forever, as far as you or I could really tell, it was considered 'flat' and 'the only one', and a 'garden', and may have been -

at one time in the far distant past, maybe. But our 'weight' is only a measurement of some arbitrary, long ago manmade number, that today has grown into ounces and pounds. Some individual long ago made that his measurement number.

So, your weight is relative ... to someone else's.

and theirs to a lot of other measurements, that are gradiated, and listed as standards.

I read once that the 'inch' was

a 'ye-olde' British King's length from his knuckle to the tip of one of his fingers.

It was set as a standard. Back then, none were available, that was the beginning of standardization. Today, the 'meter' is more generally accepted in other countries, and is defined as '100 centimeters', and a centimeter is defined as a large, set number cycles of one frequency, a very fast frequency, so that the large count would be very accurate. No more random king-thumbs.

doveshawk

Answer 2

F = ma, that is, you multiply mass times acceleration to get the amount of force needed to obtain that acceleration of that mass.

Newton's Second Law.

Also, m=F/a and a=F/m

F is force measured in Newtons, N

m is mass measured in kilograms, kg

a is the acceleration measured in metres per second. m/s

Answer 3

Direction is the trajectory of an object. Acceleration is the force used to move the object along its trajectory. Variable speed will occur depending on obstacles, such as gravity or wind, or water waves. The available accelerating force would affect the direction downwards in air if the force decreased, or upward in air if it increased but affect speed only on land or water. If an increasing accelerative force is applied to one side of a departing object, the object will move in the opposite direction.

Answer 4

F = m a

The product of mass times acceleration is force. Given any two, you can solve for the third.

Answer 5

Weight=Mass*Accelaration toward ground