Momentum
... Impulse and Momentum • If momentum changes, it’s because mass or velocity change. • Most often mass doesn’t change so velocity changes and that is acceleration. • And mass x acceleration = force • Applying a force over a time interval to an object changes the momentum • Force x time interval = Impu ...
... Impulse and Momentum • If momentum changes, it’s because mass or velocity change. • Most often mass doesn’t change so velocity changes and that is acceleration. • And mass x acceleration = force • Applying a force over a time interval to an object changes the momentum • Force x time interval = Impu ...
Physics 101 Today -- Chapter 6: Momentum
... mom. of truck before + mom. of car before = mom of (car+truck) after i.e. mt vt - mc vc = (mt+mc) v (- on left because opp dir) (15000)(30) - (1000)(60) = (16000) v So, v = 24.375 km/h Note that they do eventually come to rest because of friction on the road – an external force. Since the impact tim ...
... mom. of truck before + mom. of car before = mom of (car+truck) after i.e. mt vt - mc vc = (mt+mc) v (- on left because opp dir) (15000)(30) - (1000)(60) = (16000) v So, v = 24.375 km/h Note that they do eventually come to rest because of friction on the road – an external force. Since the impact tim ...
Forces and Motion Study Guide 2
... both objects start moving. If they roll down the slide, which one will develop more momentum? Why? The basketball will have more momentum because it has greater mass. It will be harder to stop. 23. Make a chart for the ball travelling as shown in the graph to the ...
... both objects start moving. If they roll down the slide, which one will develop more momentum? Why? The basketball will have more momentum because it has greater mass. It will be harder to stop. 23. Make a chart for the ball travelling as shown in the graph to the ...
Test Prep #1
... individual forces are not known. Analyze each situation individually and determine the magnitude of the unknown forces. ...
... individual forces are not known. Analyze each situation individually and determine the magnitude of the unknown forces. ...
Lecture 12
... with constant velocity across a frictionless surface, (3) the rotating blades of a ceiling fan, and (4) the wheel of a bicycle traveling along a straight path at constant speed. a. The requirements of Equilibrium of the objects above: ...
... with constant velocity across a frictionless surface, (3) the rotating blades of a ceiling fan, and (4) the wheel of a bicycle traveling along a straight path at constant speed. a. The requirements of Equilibrium of the objects above: ...
Momentum and Impulse
... Change In Momentum The change in momentum is the difference in momentum from when the object is moving at its initial speed until it reaches its final speed. The unit of change in momentum is kg ms-1. ...
... Change In Momentum The change in momentum is the difference in momentum from when the object is moving at its initial speed until it reaches its final speed. The unit of change in momentum is kg ms-1. ...
4.1 Momentum and Impulse
... The work that is done is the amount of energy that is transferred to the object. The force and displacement must be in the same dimension. Work is a scalar quantity measured in Joules (J). A 1 N force acting through 1 m does 1 J of work. Work is calculated with constant or average forces. For our pu ...
... The work that is done is the amount of energy that is transferred to the object. The force and displacement must be in the same dimension. Work is a scalar quantity measured in Joules (J). A 1 N force acting through 1 m does 1 J of work. Work is calculated with constant or average forces. For our pu ...
