Physics of motion Word Scramble
|
Embed Code - If you would like this activity on your web page, copy the script below and paste it into your web page.
Normal Size Small Size show me how
Normal Size Small Size show me how
| Question | Answer |
| What is the constant acceleration equation for initial velocity? | Vx=Vo+Axt |
| What is the constant acceleration equation for displacement? | X=Xo+Vot+1/2Axt^2 |
| What is the constant acceleration equation for initial velocity squared? | Vx^2=Vo^2+2Ax(X-Xo) |
| What is the constant acceleration equation for displacement - initial displacement? | X-Xo=[(Vo+Vx)/2]*t |
| Change Vector into Horizontal and Vertical components. | Ax=Acos(teta) Ay=Asin(teta) |
| Show the magnitude of a vector v¬ | |v¬| |
| Show the dot product | Va.Vb=|Va|.|Vb|.cos(teta) Va.Vb=Vax.Vbx+Vay.Vby |
| Define the displacement r in a 3D plane | =xi+yj+zk |
| Show the effect of both parallel and perpendicular vectors on acceleration | parallel changes speed and perpendicular changes direction. |
| Show the projectile motion for x comp x | =(Vo.cosAo)t |
| Show the projectile motion for y comp y | =(Vo.sinAo)t-1/2(gt^2) |
| Show the projectile motion for x velocity comp Vx | =Vo.Cos.Ao |
| Show the projectile motion for y velocity comp Vy | =Vo.sinAo-gt |
| Show the relation of vel v to the period | =(2pi.r)/T^2 |
Created by:
100001090681079
Popular Physics sets