What is the layer of the sun from which energy escapes into space?

Answers

Answer 1
Answer: The core is the layer of the sun from which energy escapes into space.

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An empty party balloon will float to the ceiling of a room once it is filled with helium.A. What does this tell you about the density of air in the room compared to the density of helium?B. For the balloon to float in air, what two factors might have changed about the balloon?Answer those two questions of you know the answer.

Properties of water from a glacier and geyser

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Water has three phases: liquid, gas, and solids. Can be easily changed to phase in the temperature range that is in the earth's surface. Global water cycle is based on three phases of water.

Water in the solid phase (ice) is lighter than the liquid phase. This is an anomaly; in general, other compounds in the solid phase has a density greater than the liquid phase so that it will sink. The implication: If the ice is heavier than water, so we just have sedikiit sea! Thewater in the polar regions of seasonal frozen, but the ice sheets willmelt during the summer, or to shift to a more warm and melted there. If ice were heavier than water, it will sink to the bottom of the ocean and isolated from the hot sun. Thus,most of the ocean would be composed of a layer of ice underneath, just afew meters from the surface which is a layer of water during thesummer. Furthermore, it would be very limiting evaporation and cloud formation, which is a source of fresh water on land.

Water can dissolve the salt and gas but can be easily separated as a pure vapor. The sun's rays evaporate water from the ocean, but the salts remain in the sea. The result: water vapor (clouds) driven wind toward land, thencondenses into rain, which is a source of fresh water on land, then backagain to the sea.

Water easily dissolves CO2 and become effective acid solution. In addition to the atmosphere, the CO2 source is also present in the root zone of the soil. All rock will undergo interaction with acid water is and will be eroded and transported to the sea.

Water that has a low viscosity and not sticky. As a result: (1) to flow as surface water water efficiently. (2) Can penetrate (infiltration) into the ground. (3) Flow through permeable rocks.

Water weighs enough to be moved by the force of gravity. As a result: allowing the flow of groundwater and surface water runoff.

Water has a density that is appropriate. The result: no water vapor out of the Earth.

Water and water vapor through. As a result: sunlight can enter thr
ough the air and through tens of meters of depth of the sea and lakes, as energy requirements of life.

Water including greenhouse gases. As a result: maintaining water balance in the Earth's temperature.

.A diorama is a type of model. Marcy built a diorama of a forest. She put small models of trees, birds, and deer in the diorama. She also put rocks and moss on the bottom of her diorama. What does her diorama represent?

a museum display
an ecosystem
an animal
distances across Earth's surface

Answers


The diorama represents an ecosystem

Answer:

C I took this test yesterday

Explanation:

Why do we put these three words together in the 'fire triangle'?

Answers

the three word of this is to represent what it takes to create and maintain a fire

A 93-L sample of dry air is cooled from 145 oC to -22 oC at a constant pressure of 2.85 atmospheres). What is the final volume?

Answers

Answer:

56 L

Explanation:

We're dealing with a gas in this problem. We may, therefore, apply the ideal gas law for this problem:

pV = nRT

We now that we have a constant pressure. Besides, R, the ideal gas law constant, is also a constant number. Let's rearrange the equation so that we have all constant variables on the right and all changing variables on the left:

(V)/(T) = (nR)/(p) = const

This means the ratio between volume and temperature is a constant number. For two conditions:

(V_1)/(T_1) = (V_2)/(T_2)

Given initial volume of:

V_1 = 93 L

Convert the initial temperature into Kelvin:

T_1 = 145^oC + 273.15 K = 418.15 K

Convert the final temperature into Kelvin:

T_2 = -22^oC + 273.15 K = 251.15 K

Rearrange the equation for the final volume:

V_2 = V_1 \cdot (T_2)/(T_1) = 93 L\cdot (251.15 K)/(418.15 K) = 56 L

How do vacuoles in the animal cell differ from those in the plant cell?

Answers

The main difference is that in a plant cell there is only one vacuole while in an an animal cell there are many.  but the size is drastically different also.  

Answer:

Major structural differences between a plant and an animal cell include: Plant cells have a cell wall, but animals cells do not. Cell walls provide support and give shape to plants. Plant cells have chloroplasts, but animal cells do not.

Explanation:

What is the ratio of atoms in carbon dioxide , or CO2

Answers

the formula shows the ratio of atoms. CO2. it shows that for each atom of Carbon. there are 2 oxygen atoms so the ratio is 1:2