peeds as usual. 8. What is the least amount of energy needed to bring a pot with 0.6 kg of water from 21 °C to a boil (100 °C)? (the specific heat of water is 4180J/kg °C)

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Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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(Ignore the effects of friction
The ride will be able to go faster because even though it has the same amount of total energy,
less mass will result in higher speeds.
The ride will go slower because having less mass means that the ride will start with less
gravitational potential energy at the top of the first hill.
C. The ride will go at about the same speed because roller coasters are controlled by machines
that compensate for the different mass of the passengers.
d. The ride will go at about the same speed because it will start with less gravitational potential
energy but it will require less kinetic energy to travel at the same speeds as usual.
a,
b.
8. What is the least amount of energy needed to bring a pot with 0.6 kg of water from 21 °C to a boil
(100 °C)? (the specific heat of water is 418OJ/kg °C)
9. What is the minimum amount of time needed to boil the water in question 8 using a 1500W electric
stove?
Transcribed Image Text:(Ignore the effects of friction The ride will be able to go faster because even though it has the same amount of total energy, less mass will result in higher speeds. The ride will go slower because having less mass means that the ride will start with less gravitational potential energy at the top of the first hill. C. The ride will go at about the same speed because roller coasters are controlled by machines that compensate for the different mass of the passengers. d. The ride will go at about the same speed because it will start with less gravitational potential energy but it will require less kinetic energy to travel at the same speeds as usual. a, b. 8. What is the least amount of energy needed to bring a pot with 0.6 kg of water from 21 °C to a boil (100 °C)? (the specific heat of water is 418OJ/kg °C) 9. What is the minimum amount of time needed to boil the water in question 8 using a 1500W electric stove?
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