0.0850284. Move the decimal back two spaces from original spot. You would move forward if it was a positive exponent.
54 boo . Divide 189 by 7 then multiply by 2 which is 54
43/10 - 12/5x + 11/2 = 1/2(-18/5x + 6/5)
Do the stuff in parentheses first
43/10 - 12/5x + 11/2 = -9/5x + 3/5
Now we have to isolate the everything with an x in ine side, and the stuff without x (the variable) on the other
Do this by adding 12/5x to both sides of the equation to switch the -12/5x to the right side
43/10 - 12/5x + 12/5x + 11/2= -9/5x + 3/5 + 12/5x
43/10 + 11/2 = -9/5x + 3/5 + 12/5x
98/10 = 3/5x + 3/5
Now subtract both sides by 3/5 to switch the 3/5 to the left side
98/10 - 3/5 = 3/5x + 3/5 - 3/5
98/10 - 6/10 = 3/5x
3/5x = 92/10
Now divide both sides by 3/5
3/5x÷3/5 = 92/10 ÷ 3/5
x = (92×5)/(10×3)
x = 92/6
hope it helps, I double checked, it is correct.
just let me know uf you have any questions :)
Answer:
do you need to know what m is or what the equasion equals
Answer: It is equivalent to a reflection over the y-axis.
Step-by-step explanation:
We start with the function:
f(x) = m*x + b
where the slope is m.
If we only multiply the slope by -1, the function becomes:
f(x) = -m*x + b
There is a transformation called a reflection over the y-axis.
This works as follows, if we have a function f(x), a reflection over the y-axis is written as:
g(x) = f(-x)
If we apply this to our function, we get:
g(x) = f(-x) = m*(-x) + b
g(x) = -m*x + b
Then we can conclude that:
"When the slope m is multiplied by -1 in f(x)=mx+b, it is equivalent to a reflection over the y-axis"