|
ID/Type |
Web Link or WA Question Code |
Local download |
Launch from browser |
Description |
|
E.05.02v2 |
APB-05-02-04a |
nsl-01.iwp |
nsl-01.iwp |
Two blocks rest next to each other on a frictionless surface. At t = 0, a push (by a hand for example) is applied directly to the green block. The push remains constant as the two blocks accelerate. |
|
E.05.02v2 |
APB-05-02-04b |
nsl-01.iwp |
nsl-01.iwp |
Two blocks rest next to each other on a frictionless surface. At t = 0, a push (by a hand for example) is applied directly to the green block. The push remains constant as the two blocks accelerate. |
|
E.05.02v2 |
APB-05-02-05b |
nsl-02.iwp |
nsl-02.iwp |
Two blocks rest next to each other on a frictionless surface. At t = 0, a push (by a hand for example) is applied directly to the red block. The push remains constant as the two blocks accelerate. |
|
E.05.04 |
APB-05-02-01v2 |
2dforce-01a.iwp |
2dforce-01a.iwp |
The view is looking down on an air hockey table. A puck initially
moving at constant velocity receives a momentary push in the +y direction at x =
-2 as shown in each of the animations (selectable by numbers 1 to 4). Which
animation correctly shows the motion of the puck after it is pushed? |
|
E.05.04 |
APB-05-02-02v2 |
2dforce-02a.iwp |
2dforce-01b.iwp |
A satellite moves at constant velocity when, at x = -2, its
thrusters are suddenly engaged, producing a constant force perpendicular to its
original motion. Which animation correctly depicts the satellite's motion after
the thrusters are first engaged? |
|
P06 |
|
equilibrium-01b.iwp |
equilibrium-01b.iwp |
A ball is suspended by strong wires from two posts. The tension
forces in the two wires are given. Determine the mass of the ball. |