PHYSICS MIDDLE SCHOOL

The rotation of Earth on its axis causes _______ and _______. The revolution of the Earth around the sun causes the ______.

Answers

Answer 1
Answer:

Answer:

The revolution of the earth around the sun and the tilt of the earth's axis cause the changing of the seasons.

Explanation:
Answer 2
Answer:

Final answer:

The Earth's rotation causes day and night, while its revolution causes seasons. This happens due to how the rotation exposes different parts of the Earth to the sun, and how the tilt of the Earth's axis during revolution causes varying sunlight exposure.

Explanation:

The rotation of Earth on its axis causes day and night. This astronomical phenomenon happens because as the Earth rotates, different parts of it are exposed to the Sun's light, creating the cycle of day and night. On the other hand, the revolution of the Earth around the sun causes the seasons. As the Earth orbits the Sun, the tilt of our planet's axis causes different parts of the Earth to receive varying degrees of sunlight throughout the year, which results in the changes in weather conditions we know as seasons.

Learn more about Earth's rotation and revolution here:

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Felipe and marahea where studying friction they did a experiment and placed four blocks on a plastic tray which block will have the least amount of friction A a ice block, B a sponge block, C sandpaper block, or D a plastic block

Answers

Well just imagine if you took these items and rubbed them together.
 I will give you two answers to cross out and you will have to figure out the rest.
 Plastic - Imagine you were rubbing two candy wrapper together would you have a really hard time? No you would just make a lot of noise.
Sponges- Sponges are really hard and smooth when they are not in the sink. They would have no problem rubbing against each other. 

Think about which materials would be most difficult to rub together. 

Can a plane mirror produce a real image? Explain.

Answers

I don't think so, because in order to produce an image, you need a surface behind the mirror. The light will hit the mirror, then it will bounce it back in your eyes and you see the image.

Please help me and you will get a lot of points. Analysis and conclusion must be at least to 2 to 3 paragraphs

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The index is showing the refraction levels; it shows how easy light can pass through an object, knowing that a vaccum is the easiest medium that light can pass through, going do the list, light will struggle to make it through the lower level mediums. you can add examples in by saying, "I can strengthen my claim by saying Light can easily go through olive oil than glass would due to the fact that glass is lower on the Index of reaction of light"

How can you best identify quackery in a health service provider?A. The provider does not provide success claims or testimonials.
B. The provider has only one doctor on staff.
O
C. The provider's success claims seem too good to be true.
O
D. The provider is not well known.
SUBMIT

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Answer:

C. The provider's success claims seem too good to be true.

What will happen to the brightness of the lamp when the 
the slider is moved towards x

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The rheostat is used to kind of  'spread out' the battery voltage,
you might say.  It's like the whole battery voltage is spread out
along the length of the rheostat, and you can connect to any point
you want, from the negative side of the battery (Y) to the positive
side (X), and every point in between, and you get whatever the
voltage is at that particular point.

One side of the light bulb (and the voltmeter) is connected to the
negative side of the battery, and you can't change that.

But the other side of the bulb (and the voltmeter) is connected to
the slider, which can be slid anywhere between 'x' and 'y'.

When the slider is down at 'y', that's the negative side of the battery.
So both sides of the lamp are connected to the same place, there's
no voltage across the lamp, and it just sits there, cool and dark.

When the slider is all the way up at the 'x' end, that's the positive
side of the battery.  So the full battery voltage is connected across
the lamp, and the lamp sparkles bright and hot.

When the slider is someplace in between, then only a part of the
full battery voltage is across the lamp (and the voltmeter).
The higher the slider is ... the closer it is to 'x' ... the more voltage
there is across the lamp.  The brighter the lamp shines, and the
higher the voltmeter reads.

There are two ways to transfer energy, by particle transfer and by wave. Give an example of each.

Answers

Particle transfer . . . . .
shoot a bullet at a pendulum to make it swing

Wave . . . . .
heat meatloaf in a microwave oven
when it's done, put it under an infrared lamp to keep it hot
By particle: heat conduct into materials
By wave: Sun heat that is transmitted by irradiation
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