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What is seven less than the quotient of x and 9?
It is x/9 - 7.
The quotient of a number and -7?
x/(-7) or -x/7
The quotient of number x and 7?
The quotient is a result of division. So it is x/7 or 7/x depending on how the numbers are being divided.
What does double 9 and then subtract the quiescent of 14 and 7?
That's probably "quotient." 9 x 2 - 14/7 = 18 - 2 = 16
What are 3 consecutive odd numbers whoes sum is 21 and the product is 315?
5, 7, 95 + 7 + 9 = 215 x 7 x 9 = 315
What is seven less than the quotient of x and 9?
It is x/9 - 7.
The quotient of a number dividend by 7 is 9?
x / 7 = 9x = 63
What is the English expression of the quotient of nine and the sum of a number and one?
The English expression for the quotient of nine and the sum of a number and one is "nine divided by the sum of a number and one." This can also be written mathematically as ( \frac{9}{x + 1} ), where ( x ) represents the number.
What is the sum of x plus 9 equals negative7?
think about it. x+9=(-7) reverse the equation. (-7)-9=x
What is The quotient of 6 more than a number and 9?
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.
Twelve less than the quotient of a number and 7 is -2?
9
What is the quotient 7 over 9 diveded 9 over 10?
That's the same as 7/9 x 10/9 = 70/81
How do you factor the sum of terms as a product of gcf and a sum 28 35?
28 + 35 = (4 x 7) + (5 x 7) = 9 x 7 = 63
What numbers have a sum of 16 and a product of 63?
7 & 9 7 + 9 = 16 7 X 9 = 63
What is the quotient 7 and x?
the quotient of 7 and x is simply 7x, unless you know what x stands for
Write a complete pseudo-code of a program which adds all numbers that are multiples of both 7 and 9 up to 600.?
Since 7 and 9 are relatively prime, any number that is a multiple of both is a multiple of 7 x 9 = 63. There are 9 multiples of 63 less than or equal to 600, so this can be computed directly using Sum = 63(1 + 2 + ... + 9) which simplifies to Sum = 63 x 9 x (1 + 9)/2 from the formula for arithmetic series. Most programming languages have a built-in function which returns the quotient and the remainder when dividing integers, or you can write your own. So to generalize, denote 600 by max, 7 by a, and 9 by b. Input those values first. Suppose quotient returns the quotient of an integer division. begin N <- quotient(max, lcm(a,b)) (* N is the number of multiples of both a and b <= max *) sum <- lcm(a,b) * N * (1 + N)/2 (* Use the formula *) end This is the most efficient solution. There are other solutions that don't assume an understanding of arithmetic series. Specifically, you could write: begin i <- 1; sum <- 0 (* Initialize counter to 1 and sum to 0 *) While i <= max/lcm(a,b) do sum <- sum + i * lcm(a,b) i++; od end
The quotient of a number and -7?
x/(-7) or -x/7
