The anatomy of sponge which causes water to flow through it is the poriferan ventilation general anatomy.
Sponges do not have nerves or muscles and they do not move their only way which is relying on water flow in order to remove movement of sperm, remove gas exchange, remove wastes, and bringing food.
Because of architecture of sponge and action of choanocytes then the flow of water is being utilized efficiently by the sponge.
Water flows to spongocoel and to sponge through small openings which are found in the sponge, and out of sponge through Osculum which are the large openings.
Answer:
6 out of 9 or 67% chance
Explanation:
What you previously picked does not matter since you replaced the marble you have the same odds as the previous pick
The answers that apply are:
1), 2) , 3), 4)
Let's look into them one by one:
1)It is absorbed by Earth.
- Earth is indeed a material that will absorb solar radiation, this is one of the reason why we have a different temperature in the morning and at night.
2)It is reflected by clouds.
- Cloud can reflect solar radiation as it is made up of water particles which can reflect the solar radiation back. This is why in a foggy day the sunlight is dimmer.
3)It is reflected by glacial ice.
-Glacial ice can reflect solar radiation. As glacial ice is smooth and light in colour,much solar radiation that was on the glacier is reflected, this is one of the reason how the North Pole and South Pole are cold all year.
4)It is condensed into visible light.
Solar radiation can light up the area depending on it's intensity, the more intense the radiation is,the brighter it will be.
5) is amplified by water molecules.
Although water molecules can keep the radiation as it has a high specific latent heat, it does not amplify the solar radiation.
Hope it helps!
These are all true statements. When the igneous rocks are deep in the ground they crystallize slowly. The bigger the temperature and pressure, the slower the process. This type of igneous rocks are called intrusive rocks. Because of the slow cooling and higher temperatures and pressure, the crystals are big and very well shaped, and by their size and structure you can easily tell at what depth and in what conditions the rock has formed.
