Match each property with the benefit it provides to people on earth.
water in oceans,
lakes, rivers and
streams
deflects charged particles
from the sun
carbon dioxide
filters ultraviolet rays from
the sun
magnetic field
elevates the temperature
of the planet
ozone
keeps the temperature of
the surface from changing
rapidly

Water in oceans lakes and streams - Keeps the temperature of the surface from changing rapidly

Magnetic field - Deflects charged particles from the sun

Ozone - Filters ultraviolet rays from the sun

Carbon Dioxide - elevates the temperature of the planet

Explanation:

All of the given properties are what makes the Earth habitable.

Bodies of water help maintain the Earth's temperature and they have a direct affect on the climate on the surface, specifically the areas found around them. Together with the wind, the currents of these waters (like the ocean especially) bring cooler or warmer airs to different areas at different seasons and even time of day.

The Earth's magnetic field is vital to the Earth because it is actually what ensures that our atmosphere stays intact. Solar wind from the sun are charged particles and are strong enough to strip off our ozone layer. However, the magnetic field shields us by deflecting the solar wind.

Ozone or the ozone layer filters ultraviolet rays from the sun which are actually harmful to life on Earth. It also is a source of heat, which happens when it absorbs the uv rays.

Carbon dioxide is a greenhouse gas that elevates the temperature of the planet. Although heat is important, an excess amount of carbon dioxide can trap and is trapping too much heat within the Earth's atmosphere which is causing global warming.

science-ocean floors and habitats study guide by volleyballqueen3817 a major advance in ocean-floor mapping. list four sections of the ocean floor. algae that use sunlight to produce their own food through photosynthesis. all of the feeding relationships that exist in a habitat. drying out, predators, find food.

answer and explanation;

volcanic rocks are igneous rocks which form from lava, molten rock which has been thrust out of a volcano onto the surface of a rocky body such as an asteroid, planet, or dwarf planet.  

plutonic rocks are igneous rocks which form from subterranean chambers of molten rock or magma. plutonic rocks make up the base of continental crust as well as oceanic crust. their slow rate of formation causes them to be coarse grained since there is plenty of time for large crystals to form before the magma solidifies into rock.

the textural difference is that plutonic rocks are more coarse grained than volcanic rocks. plutonic rocks are coarse grained while volcanic are fine grained ; glassey or fragmental. since fine and coarse are adjectives the decision as to whether a rock is fine or coarse grained is generally made on the bases of whether or not the individual crystals can be seen in most if the rock.