It looks like a reflection over the y-axis. There's a formula you can use when doing reflections over the y-axis, (x,y) is going to become (-x, y) thats also the coordinate rule I think.
If you apply that rule to each point you should get the reflected image.
G- (1, 3) then (-x,y) to get (-1,3)
E- (1, 2) then (-x,y) to get (-1, 2)
V- (5, 1) then (-x,y) to get (-5, 1)
X- (3, 3) then (-x,y) to get (-3, 3)
Answer:
B. Nul A
E. Nul A^T
Step-by-step explanation:
Please check below for the solution of the problem in the attached file
You move the decimal point forward until it reaches the one so it looks like this:
1.4 x 10⁵
the exponent, 5, just tells you how many spaces the decimal point moved.
Answer:
the answer is 21600000
Step-by-step explanation:
Answer:
4.5z^(3.5) -6.5z^(-1.5)
Step-by-step explanation:
I find it easier to write this as the sum of two terms and use the power rule.
f = z^(4.5) +13z^(-0.5)
f' = 4.5z^(3.5) -6.5z^(-1.5)