Assuming that he quadratic is 2x^2 + x - 15, the quotient is 2x - 5.
The expression "15 plus the quotient of 60 and w" can be written as 15 + 60/w. To simplify this expression, we need to divide 60 by w first, then add the result to 15. The final simplified expression is 15 + 60/w.
The quotient works out as: x^2+2x+4 and there is a remainder of -3
x/6 = 6 and 4/6 x = 36 plus 24/6 x = 36 plus 4 x = 40
6 + (the quotient of a number and 4) =6 + (number ÷ 4)=6 + (N÷4) =⁶/₁ + ⁿ/₄ =²⁴/₄ + ⁿ/₄ =²⁴ⁿ/₄ =24n ÷ 4 =6n ÷ 1 =6n
Assuming that he quadratic is 2x^2 + x - 15, the quotient is 2x - 5.
The expression "15 plus the quotient of 60 and w" can be written as 15 + 60/w. To simplify this expression, we need to divide 60 by w first, then add the result to 15. The final simplified expression is 15 + 60/w.
The quotient works out as: x^2+2x+4 and there is a remainder of -3
Dividend: 4x^4 -x^2 +17x^2 +11x +4 Divisor: 4x +3 Quotient: x^3 -x^2 +5x -1 Remainder: 7
Dividend: 4x^4 -x^3 +17x^2 +11x +4 Divisor: 4x +3 Quotient: x^3 -x^2 +5x -1 Remainder: 7
x3+3x2+6x+1 divided by x+1 Quotient: x2+2x+4 Remaider: -3
The quotient is: x^2 +2x +3
4 x 15 + 9 = 69
x/6 = 6 and 4/6 x = 36 plus 24/6 x = 36 plus 4 x = 40
4 + x/3 ≥ 9 x/3 ≥ 5 x ≥ 15
6 + (the quotient of a number and 4) =6 + (number ÷ 4)=6 + (N÷4) =⁶/₁ + ⁿ/₄ =²⁴/₄ + ⁿ/₄ =²⁴ⁿ/₄ =24n ÷ 4 =6n ÷ 1 =6n
So let's call the number we are looking for x. x-4 is the number decreased by 4 quotient of the number and 5 is x/5 so x-4=8+ x/5 we have 5x-20=40+x and 4x=60 so x=15 Let's try it? 15-4=11 8+15/5=11