Here's an analogy. I love this one, and I think it describes those terms perfectly:
Just think of pouring water into a container, and how deep it gets.
You pour some water into a container. How deep it gets depends on HOW MUCH you pour in, but also on HOW WIDE the container is. One cup of water poured into a milk jug will raise the level much more than one cup of water poured into a swimming pool.
Thermal energy ... "Heat" ... is the stuff that pours in and out of something. "Temperature" is how deep the heat energy is in the object.
If you pour 100 joules of heat energy into a metal marble, you'll raise its temperature a lot more than if you pour 100 joules of heat energy into a metal battleship.
Answer:
r = 0.63 AU
Explanation:
In this question, we are interested in calculating the distance from the sun that the satellite should orbit.
From the question;
given time period of satellite is T = 0.5 year
Mathematically;
T is directy proportional to r^3/2
Hence;
T = constant * r^3/2
0.5/1 = r^1.5 / 1^1.5
( 1 is the the distance of the earth’s orbit to the sun in AU)
r = 0.63 AU
There are no questions on the list you've provided
that <span>would be answered using concepts from physics.
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I don't know know if you have a word bank but I will say increase the work input.
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The gravitational potential energy of the rock is:
490 J at 50 m
196 J at 20 m
9.8 J at 1 m
Explanation:
The gravitational potential energy (GPE) of an object is the energy possessed by the object due to its position in the gravitational field.
For an object near the Earth's surface, the GPE is given by
where
m is the mass of the object
is the acceleration of gravity at Earth's surface
h is the heigth of the object relative to the ground
For the rock in this problem,
m = 1 kg
So its GPE at h = 50 m is
The GPE at h = 20 m is
While the GPE at h = 1 m is
Learn more about gravitational potential energy:
brainly.com/question/1198647
brainly.com/question/10770261
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