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Sep 12, 2013 · The second equation 'D=1/2at^2' is one of the kinematic equations 'D=Vi+1/2at^2' where the initial velocity 'Vi' is considered to be zero. oh right, i can't believe i didn't notice that! …

Jan 5, 2022 · All what I am asking is since all kinematic equations are correct, all should give the same solution. Why isn't this applicable with Δy=[(vyi+vyf)/2]*Δt? The equation says that when …

Jun 22, 2017 · I would greatly appreciate it if someone can clarify the conditions on when to use to each of the kinematics equations, because I end up with the wrong answer for using the wrong …

Oct 5, 2019 · So, I set the two positions equations of A and B equal to each other since the position has to be the same. A: 0 + 0 + 1/2(2)t^2 = 50 + 0 + 1/2(4)t^2 :B I know I have to solve …

Sep 24, 2024 · x=x 0 +v 0 t+(1/2)at 2 That (1/2) there does not make sense to me. It makes sense mathematically, if you integrate the velocity formula you get the (1/2) as a result of the …

Oct 21, 2008 · So I was experimenting with using differential equations to model motion and I wanted to use one to model the motion of dust being projected vertically upwards, and the …

Jun 8, 2011 · For kinematics equations, when you're using g as the acceleration, define a coordinate system first. That is, define an axis and choose a direction to be positive. If the …

Mar 6, 2006 · Ok well I'm making a program to solve all my physics formulas quick and easy. But for the equation D = ViT + .5AT^2 I can't solve for T. I forgot some of my algebra 2 skills, which …

Oct 19, 2017 · So to an extent, I am able to rearrange simple kinematic equations; I can solve for Vi from the equation Vf = Vi +a x t, but I need some help with some other kinematic equations. …

Sep 23, 2007 · reasoning: it is for the position as a function of time but even though you cancel out the t^2 with the zero there is still another t in the equation but this wouldn't make sense for …