Two rods AB and DE are connected as shown in the attached figure. Knowing that point B moves downward with velocity 1.2 m/s determine the instant shown the a) angular velocity of each rod (b) velocity of point E

... (C) Convert your answer ... equations for constant acceleration, which we learned for linear motion, are in ... equation in the table below, write the angular form of ...

... is the radius of rotation, and the linear displacement, velocity ... speed of 2 cm/s, when the angular velocity of ... the cylinder is (don't forget to convert rpm to ...

... time or revolutions/time v = rω, where v = linear velocity in ... of length/time, r = radius θ = ωt = angular distance in ... 1. Convert 5π/2 radians to degrees. ...

... of the kinetic energy is lost due to conversion into deformation ... 2) Linear momentum is conserved. ... 3) Angular momentum of the stick+puck is conserved about the ...

... acting, then the work done will convert to either ... According to law of conservation of linear momentum Initial ... write ω = ω0 + αt the angular acceleration is ...

... it to some extent thereby allowing gradual conversion of some of ... Let the initial linear speed of the object be v and let its initial angular speed be ω. ...

... V is the linear velocity, which we have to find out from the angular velocity of fly wheel. ... Then I = MR 2 . Now we need to convert Rev/Min to m/sec first. ...

... 1 MR 2ω 2 W =E= 2 First let's convert the angular... v The angular velocity of the wheel is related to the ... 2 2 R But since this is a linear motion we can ...