It is a variable fraction.
It is a variable fraction, NOT an algebraic fraction.
It is a variable fraction. But it need not be algebraic.
Any time you have a variable in the numerator or denominator in an equation, you multiply by the number where ever its on the fraction to both sides of the equation.
Multiply all the numerators together and then multiply all the denominators together
You multiply by the recipicole of everything besides the variable u want to isolate( pv/t and u want to isolate v then multiply by t/p
It is a variable fraction, NOT an algebraic fraction.
It is a variable fraction.
It is a variable fraction, NOT an algebraic fraction.
It is a variable fraction. But it need not be algebraic.
Any time you have a variable in the numerator or denominator in an equation, you multiply by the number where ever its on the fraction to both sides of the equation.
Multiply all the numerators together and then multiply all the denominators together
It is a variable fraction which need not be algebraic.
Multiply the numerators together and then multiply the denominators together.
Variable expression.
It is an algebraic fraction.
Multiply the first fraction by the reciprocal of the second. That is, flip the second fraction over and then multiply the two.