Using the form mx+b:
mx+3=6
mx=3
m=3/x
(3/x)x=3
3x/x=3
3=3
x=Anything you want!
The value x gets removed on the division of 3x by x.
If you want an answer with less range, give me more information on either m or x.
Using the form x2+b:
x2+3=6
x2=3
x is approximately 1.732.
The expression 3(5) can be simplified by multiplying the two numbers together. Therefore, 3(5) equals 15. Thus, the expression that has the same value as 3(5) is simply 15.
To determine the value expression when ( x = -2 ), you need to substitute -2 into the given expression. For example, if the expression is ( 2x + 3 ), substituting -2 gives ( 2(-2) + 3 = -4 + 3 = -1 ). The specific value will depend on the expression you have; please provide that for a more accurate answer.
"Evaluate 7a" typically means to calculate the value of the expression by substituting a specific value for the variable "a." For example, if "a" is given as 3, you would substitute it into the expression to get 7 * 3, which equals 21. If no value for "a" is provided, the expression remains as 7a.
To evaluate the expression (3xy + 4y^3) when (y = 2) and (x = 5), substitute the values into the expression. This gives: [ 3(5)(2) + 4(2^3) = 30 + 4(8) = 30 + 32 = 62. ] Thus, the value of the expression is 62.
To evaluate the expression (5ab - 7bc) given (a = 3), (b = 3), and (c = 4), substitute the values into the expression. First, calculate (5(3)(3) - 7(3)(4)). This simplifies to (45 - 84), which equals (-39). Thus, the value of the expression is (-39).
The value is 1 if (x, y) = (4, 3) and 0 otherwise.
Here is a non-conventional answer: -3 / 3 - 3 + 33 = 29 Use five 3's to write an expression whose value equals 29?
The expression 3(5) can be simplified by multiplying the two numbers together. Therefore, 3(5) equals 15. Thus, the expression that has the same value as 3(5) is simply 15.
To determine the value expression when ( x = -2 ), you need to substitute -2 into the given expression. For example, if the expression is ( 2x + 3 ), substituting -2 gives ( 2(-2) + 3 = -4 + 3 = -1 ). The specific value will depend on the expression you have; please provide that for a more accurate answer.
To find the value of y in the expression 15y-4 = 41, you need to isolate y. Start by adding 4 to both sides of the equation to get 15y = 45. Then, divide both sides by 15 to solve for y, which equals 3. Therefore, the value of y in the expression 15y-4 when it equals 41 is 3.
"Evaluate 7a" typically means to calculate the value of the expression by substituting a specific value for the variable "a." For example, if "a" is given as 3, you would substitute it into the expression to get 7 * 3, which equals 21. If no value for "a" is provided, the expression remains as 7a.
To evaluate the expression (3xy + 4y^3) when (y = 2) and (x = 5), substitute the values into the expression. This gives: [ 3(5)(2) + 4(2^3) = 30 + 4(8) = 30 + 32 = 62. ] Thus, the value of the expression is 62.
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To evaluate the expression (5ab - 7bc) given (a = 3), (b = 3), and (c = 4), substitute the values into the expression. First, calculate (5(3)(3) - 7(3)(4)). This simplifies to (45 - 84), which equals (-39). Thus, the value of the expression is (-39).
6 meter + 3 to the third =6m-7
2 squared is 4 3 cubed is 27 27 plus 4 is 31
The expression "n-3" represents a mathematical operation where 3 is subtracted from the variable n. The answer depends on the value of n; for example, if n is 5, then n-3 equals 2. Without a specific value for n, the expression remains in its algebraic form.