Two variables X and Y are in inverse variation if X*Y = c for some non-zero constant c.
There are different types of variation in math - direct variation, inverse variation, and joint variation for a start. Direct variation is just simply that x and y vary directly. What this means is that they do the same thing - as x increases so does y, or as x decreases so does the value of y. In general the formula for direct variation is y=kx where k is the constant of variation. (For example we could have a direct variation equation such as y=2x. The constant of variation is 2, which just means that as x increases, y doubles that amount and thus also increases) Inverse variation is when x and y do the opposite of each other. So as x increases, y decreases or as x decreases the value of y increases. One fun example of where this happens in real life is with Ramen Noodles - the less money people make the more Ramen Noodles they buy. We would say that people's income and the amount of Ramen Noodles they buy vary inversely. In general the formula for inverse variation is y = k/x where again k is the constant of variation. Joint variation is when you have three variables that are related. The general formula for joint variation is y=kxz where z is just a third variable and k is still the constant of variation.
It depends on whether you mean additive inverse or multiplicative inverse.
"opposite" operation. The inverse of subtraction is addition; the inverse operation of multiplication is division.
no, it means 1 divided by the number inverse of 5 is 1/5 inverse of x = 1/x
Two variables X and Y are in inverse variation if X*Y = c for some non-zero constant c.
There are different types of variation in math - direct variation, inverse variation, and joint variation for a start. Direct variation is just simply that x and y vary directly. What this means is that they do the same thing - as x increases so does y, or as x decreases so does the value of y. In general the formula for direct variation is y=kx where k is the constant of variation. (For example we could have a direct variation equation such as y=2x. The constant of variation is 2, which just means that as x increases, y doubles that amount and thus also increases) Inverse variation is when x and y do the opposite of each other. So as x increases, y decreases or as x decreases the value of y increases. One fun example of where this happens in real life is with Ramen Noodles - the less money people make the more Ramen Noodles they buy. We would say that people's income and the amount of Ramen Noodles they buy vary inversely. In general the formula for inverse variation is y = k/x where again k is the constant of variation. Joint variation is when you have three variables that are related. The general formula for joint variation is y=kxz where z is just a third variable and k is still the constant of variation.
The inverse operation is just the opposite operation, for example addition is the inverse of subtraction, and vice verso
It depends on whether you mean additive inverse or multiplicative inverse.
"opposite" operation. The inverse of subtraction is addition; the inverse operation of multiplication is division.
Indirect means not direct. We got there by indirect means. The author used indirect characterization.
Some one please tell me what inverse property is!!
no, it means 1 divided by the number inverse of 5 is 1/5 inverse of x = 1/x
Indirect means diverging from a straight line/path, not going straight to the point,the opposite of direct. It is used to mean a roundabout or covert method of action, in terms such as indirect taxes, indirect characterization, or indirect criticism.
no
Mathematically, an inverse is an opposite, it is something that reverses what its inverse does, for example, addition and subtraction are inverse functions, as are multiplication and division. The inverse of a fraction is obtained by exchanging numerator and denominator; the inverse of a half is two.
The answer depends on what you mean by "opposite": whether it is the additive inverse or the multiplicative inverse.