Acceleration formula for physics lab?

Question

I need the formula for acceleration for a physicas lab. I have to use the eqivalent formula to Y=MX+B but whatever the formula is for a not constant rate. If anyone knows this please help me!!!!!!!

Answer 1

x = at^2 + vt + b
a is acceleration

Answer 2

No, it does no longer be achievable to apply (internet stress) = acceleration / mass generally because of the fact F = ma OR stress = mass x acceleration yet right this is the thank you to attack the physics concern. you have a cart rolling down an susceptible airplane. ASSUMPTION #a million: Frictionless airplane. enable's forget approximately approximately friction for now. you be responsive to which you have gravity appearing downward. despite if, the cart is rolling down the airplane. think of of capturing a bullet into the air. area of the stress that shot the bullet into the air is appearing horizontally moving it faraway from you in direction of a random purpose. area of the stress is appearing vertically propelling the bullet faraway from the floor. Gravity in straightforward terms acts on the vertical area of the stress. same concept right here. The cart is rolling down the incline. It strikes horizontally and vertically on an identical time with gravity in straightforward terms appearing on the vertical area of the fee. verify out the reference for a simplified drawing.[a million] the image is a diagram exhibiting the stress of gravity appearing on the cart. Gravity itself acts immediately into the block. despite if, in straightforward terms area of gravity acts to head the cart down the airplane. Fx (stress interior the x-path, down the airplane) = mg sin (theta), the place theta is the perspective of the airplane from the floor. Fx = mg sin ? Fx = stress appearing on merchandise simply by gravity = CALCULATE THIS m = mass = have already got THIS fee g = gravitational acceleration = is a relentless ? = perspective of the incline = you have already got THIS answer #a million: Fx = mg sin ?. Calculate. Now, in case you may account for friction, check out Reference [2]. it is yet another unfastened-physique diagram. Fx = mg sin ? - f the place f = frictional stress. f = µ N = µ m g cos? N = regular stress, incredibly the burden of the object m = mass of the object g = gravitational acceleration ? = perspective of the airplane Accounting for friction, the sum of the forces interior the x-path is now answer #2: Fx = mg sin ? - µ m g cos?