Expressed algebraically, this is equal to x/64 + 48.
X / ( y + 4 )
The quotient of 6 more than a number and 9 can be expressed mathematically as ((x + 6) / 9), where (x) represents the number. This expression indicates that you take the sum of the number and 6, and then divide that result by 9.
(x/20)+9 where x is the number
The quotient need not be greater than a whole number less than one!
If I understand the question correctly it is; 2n+13 --------- n
When you divide a number by a fraction between zero and one, the quotient will be greater than that number.
7 more than the quotient of a number n and 4 is 9
X / ( y + 4 )
n/64+48
6/n + 2
(x/20)+9 where x is the number
n/10+8
2 divided by 3 + x.
The quotient need not be greater than a whole number less than one!
If I understand the question correctly it is; 2n+13 --------- n
Let the number be represented by ( x ). The algebraic equation for the quotient of five times this number and 7 being no more than 10 can be expressed as: [ \frac{5x}{7} \leq 10 ]
The quotient is always greater than the whole number. Why? Because it takes more to add up a smaller number than a bigger number. I hope this makes sense.. I'm really stupid XD