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The storage areas of a cell are called vacuoles. They are typically enclosed by a membrane and store food, excess water, or waste.
Ribosomal-based protein synthesis takes place in the cytoplasm of the cell. Peptides are synthesized by the ribosomes, typically on the rough ER of the cell.
A red blood cell typically lasts about 120 days.
The cell membrane moves in a fluid motion due to cholesterol lined between the phospholipids that make up the cell membrane. This allows for freer movement of the cell.
When plant cells absorb water the volume capacity in the vacuole and cytoplasm try to expand outwards with increased pressure . When the cytoplasm pushes against the cell wall, the wall resists the expansion in its rigid structure . As a result the pressure inside the cell increases, because the volume cannot increase. A cell in this condition is called a swollen turgid cell.As the pressure inside the cell increases, water is pushed out of the cell to maintain the concentration of the sap. Eventually a balance is reached between the force drawing water into the cell and the force pushing water out of the cell, and the cell reaches equilibrium for osmosis.Excess water also transpires through the epidermis of the leaf ,stem or root.
Atmospheric circulation patterns are of critical importance in determining the climate of a location. On a global scale, atmospheric motions transport heat from the topics towards the poles. Evaporation over the oceans supplies the water molecules that support precipitation over land. These circulation patterns are in large part driven by energy differences between regions of the globe. As discussed in Chapter 7, dry climates are associated with the descending branch of the Hadley Cell while moist climates coincide with the ascending branch. On a regional scale, precipitation on the lee side of a mountain is typically less than on the windward side. On a still smaller scale, the amount of snow downwind of a snow fence is on average larger than the amount upwind.
A wind cell is a Atmospheric circulation of air.
Convection current
There are three global circulation cells - Hadley cell, Ferrel cell, and Polar cell. Their primary roles are directing the flow of air on the planet.
cell wall
The type of storm that is characterized as a circulation cell is a tornado. Circulation cells are large areas of movement created by the rotation of the earth and the transfer of heat from the equator toward the poles.
Large-scale movement of air known as the Ferrel cell
Typically a bacteria cell.
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T lymphocytes
Mitochondria is the cellular structure that is responsible for circulation. Mitochondria are surrounded by a membrane and are present in most eukaryotic cells.
because of the gravity of the earth inside the popcorn.