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Equilibrium: the Figure Shows Two Forces Acting at Right Angles

Question 19

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Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> = 6.3 N and Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub>


A) 6.6 N at 162° counterclockwise from Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub>
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B) 6.6 N at 108° counterclockwise from Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub>
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C) 4.2 N at 162° counterclockwise from Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub>
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D) 4.2 N at 108° counterclockwise from Equilibrium: The figure shows two forces acting at right angles on an object. They have magnitudes = 6.3 N and = 2.1 N. What third force will cause the object to be in equilibrium (acceleration equals zero) ? A) 6.6 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> B) 6.6 N at 108° counterclockwise from <sub> </sub> <sub>1</sub> C) 4.2 N at 162° counterclockwise from <sub> </sub> <sub>1</sub> D) 4.2 N at 108° counterclockwise from <sub> </sub> <sub>1</sub>
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