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A Constant Force = 2

question 45

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A constant force A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J = 2.00 N A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J + 3.00 N A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J acts on a 5.00 kg object as it moves in a straight line from the position A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J 1 = 1.00 m A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J + 1.00 m A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J to a position A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J 2 = 4.00 m A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J - 1.00 m A constant force   = 2.00 N   + 3.00 N   acts on a 5.00 kg object as it moves in a straight line from the position   <sub>1</sub> = 1.00 m   + 1.00 m   to a position   <sub>2</sub> = 4.00 m   - 1.00 m   . Determine the work done by the force during this motion. A) 2.00 J B) 5.00 J C) 12.7 J D) 13.0 J E) 0.00 J . Determine the work done by the force during this motion.


Definitions:

Intermolecular

Relating to or involving forces between molecules, affecting properties like boiling and melting points.

Hydrogen Bonds

An unstable linkage between two molecules due to the electrostatic force acting between a proton in one molecule and an electronegative atom in the other.

Ester

An organic compound made by replacing the hydrogen of an acid by an alkyl or other organic group, often resulting in distinctive fragrances.

Molecules

Molecules are groups of atoms bonded together, representing the smallest fundamental unit of a chemical compound that can take part in a chemical reaction.

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