IP simulations

Summer School 2007

IP Simulations

ke pe Wf3	ke pe Wf 1	ke pe Wf2
wave1	ke pe ball	Work = KE1
wave2	ball ke pe	Work = KE2
Acc Ramp	ke pe path	Work = Ke
Acc Ramp 2	banked curve	work - Ff = Ke(angle)
acc vs angle	force centripetal	Friction angle
ball roll	upside down	work 4 ke pe
ball roll graph	ball over hilltop	work 3 ke pe
ball thrown off building	ball on hill	work 3 ke pe with Ff
pe-ke1	pe-ke 2	pe-ke3
f= ma	orbiting1	brakes
force tension 1 box 2 ball	orbiting2	catapult
force ball	orbiting3	catapult 2
force tension 1 box Charge 2	orbiting4 Charge 1	catapult 3 catapult4
force tension 2 box	orbiting 5	launch
force tension 2 box 2 ball	orbiting 6	launch2
graph motion	orbiting 7	projectile
Harmonic motion 1	angular momentum 1	pulley acc
Harmonic motion2	angular momentum 2	pulley2
momentum1	angular momentum 3	pulley3
momentum2	moment of inertia	pulley4
momentum 3	moment of inertia 2	pulley IMA
momentum4	moment of inertia 3	IMA Ramp
momentum5	moment of inertia 4	IMA ramp2
Hard momentum 1	Hard momentum 2	charge vs acc
motion prob1	moment of inertia 5	applied voltage
river boat	moment of inertia 6	applied voltage 2
riverboat 2	torque1	resistance 0-50
river boat 3	torque2	moment of inertia 5
vectors	torque3	resistance0-200
vector2	torque bridge	resistance2,5-50
vertical f=ma	torque diving board	resistance5-50
water balloon drop	torque diving board2	resistance5-50xlong
slide block	resistance1	resistance10-50
front wheel drive car	resistance2	resistance10-50xlong
gear	resistance3	jack sissor
engineer	resistance4	billiards
temperature1	cars momentum-1 cars momentum-2	cars spring mom