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.
The function of air sacs (alveoli) is to provide a large surface area for gas exchange
In living things its for interacting with the environment.
provides a large surface area for transportation
large consumption of land surface area.
they need to fit in your body if they were bigger than they would not have room to fit in your body system...Cells are small because of the area around it and the volume. Cells are in the body.
provides a large surface area for exchange in oxygen and gas?
Haemoglobin it has a large surface area
The shape of the plant cell relates to its function directly. For instance, the epithelium has a large surface area due to its function of absorption.
They supply a large surface area for protein synthesis.They also produce phospholipids.
Surface2/volume ratio3The surface area is a squared function while volume is a cubic function. This means volume increases much faster than surface area and a cell could not preform it's functions of nutrient import and waste export if it grew too large and had this ratio too unfavorably large.
Large surface area Thin- Short distance for diffusion
The flat surface area of leaves are just because leaves have a function to perforn i.e. photosynthesis and the flat area increases the availability of sunlight which is a mandatory reuirement for the process.
To increase surface area of the food to enable digestion to function more effectively.
The function of air sacs (alveoli) is to provide a large surface area for gas exchange
Your lungs provide a very large surface area for gas exchange.
No
A hydraulic system multiplies a force by transmitting it to a larger surface area. This is achieved by using a fluid that is enclosed in a system of pipes and cylinders, allowing the force to be transmitted over a larger area, resulting in a greater output force.