3. a current-carrying Loop with of -~-9 = 0.120m and a length of b=0.200m turns on an Ayle due to Torque. A current travels countur -clockwish the Uniform maqnetic field of B² = 0.25oT is present as depicted in the Diagram. I = 3.0 A 7 Axle Find: a.) Magnitude of the Force on the Left and of Right segments the loopo 6) Indicate on the diagram the direction of the Torque on the left and Right segments either O. (Left width Sh Malone a-l 120 m O C.) Magnitude of the Top & bottom of the loop. to oth d.) Find the maximum Torque on the Loop TH 20 m 5 (Right) a) left F=Bilsina F= (0.250T) (3:0A)(20m) sin (90) -0.15N F= 0.15 N up ab 21 d) π = NBIAsin = right X ✓ F=Bilsine F=(0.250T) (3.0)(20m) Sin (90) A=Lxw = 0,024m T= (0.250T) (3.0A)(. 120m x.20m) sin 90 =0.018N·m (= ?
3. a current-carrying Loop with of -~-9 = 0.120m and a length of b=0.200m turns on an Ayle due to Torque. A current travels countur -clockwish the Uniform maqnetic field of B² = 0.25oT is present as depicted in the Diagram. I = 3.0 A 7 Axle Find: a.) Magnitude of the Force on the Left and of Right segments the loopo 6) Indicate on the diagram the direction of the Torque on the left and Right segments either O. (Left width Sh Malone a-l 120 m O C.) Magnitude of the Top & bottom of the loop. to oth d.) Find the maximum Torque on the Loop TH 20 m 5 (Right) a) left F=Bilsina F= (0.250T) (3:0A)(20m) sin (90) -0.15N F= 0.15 N up ab 21 d) π = NBIAsin = right X ✓ F=Bilsine F=(0.250T) (3.0)(20m) Sin (90) A=Lxw = 0,024m T= (0.250T) (3.0A)(. 120m x.20m) sin 90 =0.018N·m (= ?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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