2. A pinecone falls from a branch that is 180 feet off the ground. The velocity of a free- falling object is given by the equation v= √2gh, where V represents the velocity in feet per second, h is the height in feet, and g is 32 feet per second. What is the velocity of the falling pinecone?

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Chapter1: Units, Trigonometry. And Vectors
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2. A pinecone falls from a branch that is 180 feet off the ground. The velocity of a free-
falling object is given by the equation = √2gh, where V represents the velocity in feet
per second, h is the height in feet, and g is 32 feet per second. What is the velocity of
the falling pinecone?
3. The period, T, of a pendulum with length, L, is represented by the
equation T=2m
2m
32
-8³
4. If the volume, v, of a cube with side length, s, is given by the following equation:
s=8³ What is the side length of a Rubiks cube that has volume 24 cubic units?
ASUS
Transcribed Image Text:2. A pinecone falls from a branch that is 180 feet off the ground. The velocity of a free- falling object is given by the equation = √2gh, where V represents the velocity in feet per second, h is the height in feet, and g is 32 feet per second. What is the velocity of the falling pinecone? 3. The period, T, of a pendulum with length, L, is represented by the equation T=2m 2m 32 -8³ 4. If the volume, v, of a cube with side length, s, is given by the following equation: s=8³ What is the side length of a Rubiks cube that has volume 24 cubic units? ASUS
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