Next, we'll look at an example where the force applied and the torque arm are not perpendicular. Remember: *F₁ = F sin 0

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Next We Ll Look At An Example Where The Force Applied And The Torque Arm Are Not Perpendicular Remember F F Sin 0 1 (19.34 KiB) Viewed 60 times

Next We Ll Look At An Example Where The Force Applied And The Torque Arm Are Not Perpendicular Remember F F Sin 0 2 (25.48 KiB) Viewed 60 times

Next We Ll Look At An Example Where The Force Applied And The Torque Arm Are Not Perpendicular Remember F F Sin 0 3 (27 KiB) Viewed 60 times

Next We Ll Look At An Example Where The Force Applied And The Torque Arm Are Not Perpendicular Remember F F Sin 0 4 (23.19 KiB) Viewed 60 times

Next, we'll look at an example where the force applied and the torque arm are not perpendicular. Remember: *F₁ = F sin 0 Pivot Point F "in this situation (notice the position of theta) The mass of the weights in each trial are: • Trial 1,3: 4.54 kg • Trial 2,4: 15.95 kg B AFL Let's practice these methods on the videos below. In these videos, you are allowed to use a protractor, a ruler and a vertical line.
TRIAL 1 Change MORRIT 150 180 ... 120 tendentista detectado 210 240 300 270 X 30 330 studentical tentatiedot pivot interactives O
TRIAL 1 Change NOTALT 150 180 210 120 240 denbo 270 I itulah 300 10 X 30 understrechutented actors 330 pivot interactives 回
1. For trial 1, what is the value of 0? 8 is about 111* 0 is about 91* 8 is about 60* 8 is about 270* ✓ 0/1 submissions remaining Comments: Correct! Theta is the angle between r and the applied force. when measured using the protractor we get theta to be about 110 degrees. Score: 1/1 2. Using trial 1, calculate the torque from the hanging mass and the rod. Explain your steps below or show your work. The r and F values have not changed in this experiment. BIU