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mihalych1998 [28]
3 years ago
14

In this closed system, a dog has sprinted to the top of a cliff. The dog (mass of 25kg) had been sprinting with a velocity of 13

m/s. Using what you know about potential and kinetic energy in systems, how tall is the cliff?
Given:

mass =
height =
velocity =
Formula for a closed KE/PE system:

Plug in the numbers:

Answer (with Units):
Physics
1 answer:
umka21 [38]3 years ago
6 0
According to this photo, or i can recommend this video that helped me by tapton physics.

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The distance that a spring will stretch varies directly as the force applied to the spring. A force of 8080 pounds is needed to
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Answer:

F₂= 210 pounds

Explanation:

Conceptual analysis

Hooke's law

Hooke's law establishes that the elongation (x) of a spring is directly proportional to the magnitude of force (F) applied to it, provided that said spring is not permanently deformed:

F= K*x   Formula (1)

Where;

F  is the magnitude of the force applied to the spring in Newtons (Pounds)

K is the elastic spring constant, which relates force and elongation. The higher its value, the more work it will cost to stretch the spring. (Pounds/inch)

x the elongation of the spring (inch)

Data

The data given is incorrect because if we apply them the answer would be illogical.

The correct data are as follows:

F₁ =80 pounds

x₁= 8 inches

x₂= 21  inches

Problem development

We replace data in formula 1 to calculate  K :

F₁= K*x₁

K=( F₁) / (x₁)

K=( 80) / (8) = 10 pounds/ inche

We apply The formula 1 to calculate  F₂

F₂= K*x₂

F₂= (10)*(21)

F₂= 210 pounds

8 0
3 years ago
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