What is the equation for acceleration? Acceleration: The object's acceleration can be described as the vector quantity representing how fast and in which direction the object is moving. The determining factor of the acceleration is the object's initial and final velocities and the time in which ...
It's a simple rearrangement of terms: But don't you mean ? Samuelriesterer said: or to the next equation: V = Kt + Vi Are you sure you've quoted that correctly? What is K here? That equation looks like uniform acceleration, which is not what will happen. Nov 28, ...
What is the equation for the Capital Asset Pricing Model (CAPM)? Explain the meaning of each variable. How can you use the model in financial management and investment management decisions? Explore our homework questions and answers library...
-2 where, m = mass l = length t = time derivation acceleration (a) = velocity × time -1 . . . . . (1) since, velocity (v) = displacement × time -1 ∴ the dimensional formula of velocity is [m 0 l 1 t -1 ] . . . . (2) on substituting equation (2) in ...
Or the acceleration is the change in speed per unit time, so: a = (v-u) /t or at = v-u or v= u + at and it is thefirst Equation of Motion. We also know that the average speed during the time interval t is equal to displacement per unit time, so: ...
Finding the solution of a differential equation has become very mechanical and I don't know why are we finding an equation that solves the differential equation. Being inverse to integration, and integration is saying, "the sum of", then what is this solution of a ...
a = m1gsin(theta)-m(ofblock2)gsin(theta)/m(of blk1)+m(blk2) would be the correct approach. Could you be able to tell me when it would be appropriate to cancel out the masses? in the mgsin(theta) or mgcos(theta)= ma equation only leaving gsin(theta)= a ? Also, thank ...
Calculus is a branch of mathematics that works with the paths of objects in motion. There are two divisions of calculus; integral...
I am trying to implement a complementary filter in my system but I do not quite understand what "dt" means and how should I find out the "dt" in the complementary filter equation. I found the complementary filter equation here. This is the equation: $$angle = ...
While it is profound to prove that energy and matter are interchangeable, in day-to-day terms it’s not the most important equation around. We nominate, instead, e2/acc:effective energy accelerationism. Capitalism’s monster Those advocating economic “shrinkage” (to steala phrase from Seinfeld...