Enzymes require a large surface area to effectively interact with their substrate molecules. A greater surface area increases the likelihood of substrate binding to the active site, facilitating more efficient catalysis. This enhanced interaction allows enzymes to accelerate biochemical reactions by lowering the activation energy required, ultimately improving the overall reaction rate. Additionally, a larger surface area can accommodate multiple substrates or cofactors, further enhancing the enzyme's functionality.
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To be bright you need to be hot, close or have a large surface area. The brightest coolest stars are red super giants. They have such a large surface area, that even though their surface temperature is cool - in star terms - their large surface area makes them appear bright.
This is because they need to fit in anything!
A sperm cell needs a large surface area to maximize contact with the egg cell during fertilization. This allows for efficient transfer of genetic material and increases the chances of successful fertilization.
It doesn't necessarily. The parameters of the experiment need to be more thoroughly defined.
Ribs need a large surface area to effectively support the muscles and connective tissues that facilitate breathing and upper body movement. The increased surface area allows for better attachment points for muscles such as the intercostals, which help expand and contract the thoracic cavity during respiration. Additionally, the larger surface area contributes to the structural integrity of the rib cage, providing protection for vital organs like the heart and lungs.
To be bright you need to be hot, close or have a large surface area. The brightest coolest stars are red super giants. They have such a large surface area, that even though their surface temperature is cool - in star terms - their large surface area makes them appear bright.
A surface is where things happen between what is on one side of the surface and the other. Thus in general if you want more of these happenings (eg gas exchange) you need the biggest possible surface area. If however you want to minimise these happenings (eg heat loss) you try and reduce the surface area.
A practical need to calculate surface area arises, for example, when you need to paint your house. The amount of paint you need is proportional to the surface area you want to paint.
They need a large area because they get in groups and usually have large familys or large packs.
large organisms need larger area to exchange more substances.but large organisms have small surface area to volume ratio.this means that the surface is not large enough to enable gases and nutrients at the fast rate needed to keep all the cells alive.thus large organisms need special exchange surfaces to provide the body with the nutrients and gaseous exchange they require.
The relationship is usually expressed as a ratio: surface area divided by volume. Small cells have a large surface area to volume ratio, whilst large cells have a much smaller value. This is important because the cell absorbs the things it needs, and gets rid of what it doesn't need, through the surface. If the cell gets too large, not enough exchange can take place to keep the cell going, so there is a natural limit on the size to which a cell can grow.