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Radiation can affect different surfaces in different ways depending on various factors. For instance, ionizing radiation can break apart water molecules in an ice-covered lake and damage plant cells in a forest, whereas non-ionizing radiation can support photosynthesis and growth. In the ocean, radiation can have both positive and negative effects, and exposure to high levels of ionizing radiation can cause damage to the asphalt of a road over time.

The effects of radiation on different surfaces can vary depending on a number of factors, including the type of radiation, the intensity of the radiation, and the properties of the surface material.

When radiation interacts with matter, it can cause a range of effects, including ionization, excitation, and heating. These effects can lead to changes in the physical and chemical properties of the material.

For example, when ionizing radiation (such as gamma rays or X-rays) interacts with water molecules in an ice-covered lake, it can break apart the water molecules and produce highly reactive free radicals. These free radicals can then go on to react with other molecules in the water, leading to changes in the chemical composition of the ice. The effects of radiation on a forest would depend on the type of radiation and the type of trees and plants present. High levels of ionizing radiation can damage or kill plant cells, leading to a reduction in growth and productivity. Non-ionizing radiation (such as visible light) can be used by plants for photosynthesis and growth.

In the case of an ocean, radiation can have a range of effects depending on the depth of the water and the type of radiation. For example, visible light can penetrate several hundred meters into the ocean, allowing photosynthetic organisms such as phytoplankton to thrive. On the other hand, ionizing radiation from radioactive materials can accumulate in the bodies of marine organisms, potentially leading to long-term health effects.

On the other hand, the effects of radiation on an asphalt road would depend on the type of radiation and the composition of the road. For example, exposure to high levels of ionizing radiation can lead to the breakdown of the chemical bonds in asphalt, potentially causing the road to become brittle and crack over time. Additionally, radiation exposure can lead to the formation of free radicals in the asphalt, which can react with oxygen in the air and cause the road surface to become discolored or faded.

Therefore, the effects of radiation on different surfaces can vary depending on a range of factors, including the type of radiation, the intensity of the radiation, and the properties of the surface material.

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Answer: The current will flow from the negative to the positive terminal as fast as possible. This will wear out the battery quickly.

Explanation:

Answer:

I still cant see no matter how much I zoom in!???!

Explanation:

To Small

New planets form and change the relative position of the sun and Earth.  So, option A.

Eccentricity is defined as the measurement of the extent to which the curve of an orbital path deviates from the specified shape's circularity.

Here,

A perfect circle and a more elliptical course are alternated by Earth's eccentricity around once every 100,000 years, with the fourth cycle being significantly smaller than the rest. The periodic alignment of the other planets is what causes this oscillation in eccentricity.

It is believed that the largest planetary masses in our solar system are the main causes of this impact.

The sun, one of the stars in our solar system, is joined by many planets, an asteroid belt, a large number of comets, and other celestial bodies.

The ability for life as we know it to develop on Earth was made possible by its location in this roughly disk-like configuration.

Hence,

New planets form and change the relative position of the sun and Earth.  So, option A.

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Answer:

The mild climate enabled Romans to grow wheat, grapes, and olives. This abundance o food supported the people and allowed Rome to prosper. While the climate made year-long agriculture possible, Rome also had the advantage to be near water. The Tiber River helped the agricultural system to prosper

Explanation:

Answer:

it could kill the fish in water

The effect of radiation on different surfaces will eventually result in the destruction of the habitats and will affect the organisms living at these regions.

Radiations are defined as the type of electromagnetic waves or sub-atomic which are emitted as high energy carrying particles.

Here,

The radiations that fall on the different surfaces will affect the climatic conditions over that regions. It varies from the tropical regions to temperate regions.

The earth's average temperature is due to the solar radiations reaching from the sun towards the earth surface.

The surface of earth is regularly cooled due to the presence of the artic and other regions that absorbs less heat and mostly are released back into the space effectively.

The rate of reflection of sunlight by the surface is called Albedo.

But the increased emission of the radiations causes the surface temperature of the earth to a greater extent. This will result in the melting of ice in the colder regions like ice-covered lakes, at a higher rate. Thus the rate of absorption of radiation will be increased in these surfaces.

Also, in the forest and oceans or an asphalt road, the effect of increased radiation reaching these surfaces will lead to a decrease in the albedo effect.

Hence,

The effect of radiation on different surfaces will eventually result in the destruction of the habitats and will affect the organisms living at these regions.

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Answer:

Have a great weekend

Explanation:

Hope u feel better:)

Answer:

12

Explanation:

Answer:

nothing no no no

Explanation:

nothing cause no

Answer:

Explanation:

everything

Answer:

B

Explanation:40x1=40       40=b

brainlyest plz

Answer: It frees up valuable portions of the broadcast spectrum, it has better audio and picture quality, and there are more options on digital broadcasting

Explanation:

Answer:

Question one: Protons, neutrons, and electrons are the three main subatomic particles found in an atom.

Question two: It needs attractive force from the strong nuclear interaction to counter the electrostatic repulsion between the protons.

I'm not sure about question three and four... I'm sorry. :(

Answer:

because it causes the bodies natural em waves to be disrubed

Explanation: