Fill out the table: § 67 Potential and Kinetic Energy 1. Fill out the table. Potential Energy Definition: Notation: Unit: Calculation formula: E = or E = where E - Examples: Kinetic Energy Definition: Notation: Unit: Calculation formula: E = or E = where E - Examples: 2. Potential energy depends on

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Fill out the table: § 67 Potential and Kinetic Energy 1. Fill out the table. Potential Energy Definition: Notation: Unit: Calculation formula: E = or E = where E - Examples: Kinetic Energy Definition: Notation: Unit: Calculation formula: E = or E = where E - Examples: 2. Potential energy depends on

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Fill out the table:

§ 67 Potential and Kinetic Energy

1. Fill out the table.

Potential Energy	Kinetic Energy
Definition: (The energy an object possesses due to its position or state.)	Definition: (The energy an object possesses due to its motion.)
Notation: E_п	Notation: E_к
Unit: Joules (J)	Unit: Joules (J)
Calculation formula: E_п = mgh or E_п = −GMm/r where E_п - potential energy, m - mass, g - acceleration due to gravity, h - height, G - gravitational constant, M - mass of the larger body, r - distance between centers of masses. Examples: Water behind a dam, a stretched rubber band.	Calculation formula: E_к = ½mv² where E_к - kinetic energy, m - mass, v - velocity. Examples: A moving car, a thrown ball.

2. Potential energy depends on

Potential energy depends on the position or state of an object relative to a reference point or configuration. For example, gravitational potential energy depends on height and mass, while elastic potential energy depends on the degree of stretching or compression.