Torque Lab With Meter Stick And Weights Answers
Torque Lab With Meter Stick And Weights Answers. This is where we would place the weight vector of the object. Calculate the torque on both sides of the stick.
_____ if not, add mass to the weight holder at the 10 cm mark until the meter stick balances. Now, let’s say that we slap on a hunk of heavy, sticky goo on one end of the meter stick. Note that the stick becomes unbalanced.
Second Condition Of Equilibrium Purpose:
The outer mass m 1 should be about 10{20 g. Place equal weights equal distances from the center so that it balances. The equation for torque is simpliļ¬ed:
Torque Abstract Torque Is Defined As The Ability Of A Force To Change The Rotation Of An Object.
Remember that the holder has mass! When you are ready to start the experiment, click on the begin button These weights will create forces and torques on opposite sides of the meter stick.
Finally You Will Use The Principle Of.
Calculate the torque on both sides of the stick. That means that there must have been a net torque on the stick. Record the mass and estimate the uncertainty.
In This Experiment, We Will Be Observing Torque As The Masses Exert A Force On A Meter Stick.
(the long side of the meter stick should be to your viewing right.) now add a holding clip plus weight holder on the 10 cm side of the stick. In the first part, you will balance three forces on a meter stick and show that the net torque is zero when the meter stick is in equilibrium. (these will also be used to determine the upward vertical forces at these.
_____ If Not, Add Mass To The Weight Holder At The 10 Cm Mark Until The Meter Stick Balances.
Establish rotational equilibrium by adding mass to the four weight hangers. Notice that, before the clamp was at the center of mass, the stick rotated about the fulcrum. You will be given the mass and location of a known mass as well as the location of the meter stick support.