the quotient of a number plus 6 and 3 is d+3=d+6
the quotient of a number plus 6 and 3 would bed+6=d+3
Let the number to be found is N. Use Order of Operations. So first do the quotient part: 'the quotient of a number and 6' means N/6. '4 more than' means 4 + N/6, and then it equals 40, so4 + N/6 = 40N/6 = 36N = 216
6+3*n
x/6 = 6 and 4/6 x = 36 plus 24/6 x = 36 plus 4 x = 40
the quotient of a number plus 6 and 3 is d+3=d+6
the quotient of a number plus 6 and 3 would bed+6=d+3
7 subtracted from the quotient of a number and 2 is a -6
Let the number to be found is N. Use Order of Operations. So first do the quotient part: 'the quotient of a number and 6' means N/6. '4 more than' means 4 + N/6, and then it equals 40, so4 + N/6 = 40N/6 = 36N = 216
6+3*n
The expression for the quotient of 4 and a number x increased by 6 is (4/x) + 6. To simplify this expression, you would first divide 4 by x to get 4/x, then add 6 to the result. The final expression represents the quotient of 4 and x with an additional 6 added to it.
The algebraic expression for "twice a number" would be 2x, where x represents the unknown number. To find the quotient of 2x and 6, you would divide 2x by 6, which simplifies to (2x) / 6. This can be further simplified to x / 3, which represents the final quotient of twice a number and 6 in algebraic expression.
x/6 = 6 and 4/6 x = 36 plus 24/6 x = 36 plus 4 x = 40
To find the number, multiply the divisor and quotient, then add the remainder. 9 (divisor) times 6 is 54. 54 plus 7 is 61. The number is 61.
40
No. When you divide a number by another number, let's say 26/4, you can't always get a perfect number. In this case, 6*4 is 24, and you have 2 "remainder", or 2 left over. The quotient is the whole answer, in this case 6 remainder 2. So the remainder is part of the quotient, but not the whole quotient itself.
x/4 - 6 = 22 x/4 = 28 x = 112