In my daily life, I have no use for the surface area and or volume of a cube. None whatsoever.
the equations tell you what the surface area of somthing is
The formula to calculate the surface area of a 90-degree elbow is A = πDL, where A is the surface area, D is the diameter of the elbow, and L is the centerline radius. The surface area of the elbow is essentially the curved surface area of the elbow pipe fitting. This formula is derived from the mathematical principles of geometry and calculus, specifically the surface area of a cylinder.
There are many ways quadratic equations are used in the real world. These equations are used to calculate area, speed and profit
they aren't used in real life, not unless you need them in a situation were you would need to use them.
In my daily life, I have no use for the surface area and or volume of a cube. None whatsoever.
to help you find the area of a shap
Area could be used in figuring out how much carpet you need for a room, how much dough you need for a pizza,and floor space in a warehouse.
Surface area, is used to paint a house or wrap a present and volume is used when you need to know how much water to put in your fish tank or water bowl
Proportions are used in real life to determine prices of things.
The surface area of the pond is measured in square meters.
Not much, in most professions. Quite a lot if you work in some area of engineering.
Using coordinate planes in real life is a useful skill for mapping an area, conducting experiments or even planning for everyday needs like arranging furniture in a room.
Surface Area is technically the same as area if we are dealing with 2-dimensional surfaces. But, it is mostly used to find an area of a 3-dimensional object.
Believe it or not, school is a real life situation. If you are using it in school it real life for you.
The BET surface area can be used in catalyst manufacturing for the determination of adsorption of of gas (isotherm), pore volume, distribution of pore size.
surface area=(perimeter of base)x(height of the shape)+(area of the base)x(2)