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What is the algebraic expression for the phrase -2 times the quantity q minus 3?
It is the same as: -2q-3 as an algebraic expression
What is the algebraic expression for the one half the sum of x and y?
1/2 (x+y)
An algebraic expression for seven times a number increased by 2 is?
7x + 2
What is 3x plus 2?
The expression 3x + 2 represents the sum of three times a variable x and the constant 2. This is an algebraic expression that can be simplified by combining like terms. To evaluate this expression, you need a specific value for x.
What is the algebraic expression for the sum of a number and -8?
s= -8 + n, or s=n - 8, where s is the sum and n is the number
Translate to algebraic expression The sum of three times a number and two?
3x+2
How do you write an algebraic expression four times the sum of a number and its square?
4(x)2
What is the algebraic expression for the sum of three times a number and -2 is the same as sixteen?
One more than the square of x
half the sum of m and 5 in an algebraic expression?
M+5 / 2
What is an algebraic expression for the product of 9 and the sum of a number x and 2?
9*(x+ 2)
How do you write an algebraic expression for twice the sum of a number and 7?
2(n+7)
What is the algebraic expression for the phrase -2 times the quantity q minus 3?
It is the same as: -2q-3 as an algebraic expression
What is the algebraic expression for 7hb?
I have the same question on my homework and cant understand it but i think the answer is... 7 times the sum of 2 numbers or something like that idk.
What is the algebraic expression for the one half the sum of x and y?
1/2 (x+y)
What is the algebraic expression for half the sum of a variable c and a number 4?
(c+4)/2
What the correct algebraic expression for twice the sum of 15 and a number?
n = number 2(n + 15) ======
What is the algebraic expression for the square of the sum of two numbers equals the sum of their squares plus twice their product?
Equation, not expression. A and B are two numbers. (A + B)2 = A2 + B2 + 2(AB) ----------------------------------
