Here are some examples that commonly appear in engineering.
Cubic function: The volume of similar objects (for example two cubes, two spheres, two cylinders with the same length-to-diameter ratio, etc.) is proportional to the cube of their diameter. For example, if you increase the diameter of a sphere by a factor "x", then its volume will increase by a factor "x cubed".
Reciprocal: There are many situations where one variable is inversely proportional to another - if one increases, the other decreases - the second variable is equal to some constant, times the reciprocal function. For example, this is the case with the relationship between pressure and volume in the ideal gas law - as well as the relationship between some other variables in the ideal gas law.
Creating an open top box
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A real life example for the absolute value function is a football field. Even though the center of the field is labeled zero, you wouldn't say you ran negative feet if you went backwards..
not alot, they arent very useful, give up now
we can find symmetary in our daily life in designs of a fashion designer or a normal tailor when he stitches our dresses
There are no real life applications of reciprocal functions
A cubic function can be used to represent the volume of a 3-dimensional object, or can be used to model a position of a certain unit.
A real world example of a cubic function might be the change in volume of a cube or sphere, depending on the change in the dimensions of a side or radius, respectively.
Relationships
to find life beyond our solar system and to improve everyday life!
to find life beyond our solar system and to improve everyday life!
The half-life.
Presumably during his life time and the volume in cubic units = 4/3*pi*radius3
it does not have a life function
what is the meaning of function of art in your life?
Quadratic functions are used to describe free fall.
The constant Pi is used to find the perimeter of a circle which is known as the circumference.