Step 1: DISTRIBUTE THE PARENTHESES
5(n-2)----->5n-10
Step 2:BRING DOWN THE REST OF THE EQUATION
5n-10=5n-10
Step 3: CROSS OUT THE 5n ON BOTH SIDES
Step 4: IS -10=-10 TRUE??
Solution: YES!! SO IT HAS INFINITELY MANY SOLUTIONS
:)
Answer:
(2, 4) is <u>not</u> a solution.
Step-by-step explanation:
To find out whether (2, 4) is a solution to the linear equation, y = x - 2, we need to substitute the given values of the point into the equation:
y = x - 2
4 = 2 - 4
4 = -2 (False statement, as 4 is not equal to -2).
The given point (2, 4) does not satisfy the linear equation.
Therefore point (2, 4) is not a solution to y = x - 2.
The answer is 3x2+8x+9 I had the question before
Answer:
1. g
2. a
3. d
4. b
Step-by-step explanation:
If you can't do these in you head or on a graph, you can always let your calculator do it.
When adding vectors put the tail of one at the nose of the other. When subtracting, add the opposite. When adding or subtracting a multiple, just do the repeated addition or subtraction.
Answer:
I think the answer is G, gl