Answer:
Step-by-step explanation:
The question relates to dividing a fraction by proper and another fraction
The given expression is presented as follows;
We rearrange the fractions as improper fractions for easier division as follows;
Therefore, we have;
I got it!! Ok are you ready to work on this problem???
Answer: Parent graph is f(x) = x³
Transformation is 7 units up and reflection across y-axis
<u>Step-by-step explanation:</u>
Given parent graph of f(x) = x³, the transformed graph is represented by: g(x) = A (Bx - C)³ + D where
- A is the vertical stretch if |A| > 1 or shrink if |A| < 1
- -A is a reflection across the x-axis
- B is a horizontal stretch if |B| < 1 or shrink if |B| > 1
- -B is a reflection across the y-axis
- C is a horizontal shift (to the right if positive or left if negative)
- D is a vertical shift (up if positive or down if negative)
The equation you provided has -B, which represents a reflection across the y-axis and D-value of +7 which is a vertical shift up 7 units.
325/400
Divide first then multiple by 100% to get your percentage
= 81.25
Approximately 81.3%
Answer:
(5,6)
Step-by-step explanation:
just answered a similar question for you a while ago so I have updated by response to match the different values:
the midpoint formula is
(x1 + x2/2) , (y1 + y2/2) <-- both the x1 and y1 coordinates also are divided by 2
so to solve for the midpoint, we take our endpoints and plug it into the formula
we will list the coordinates as the following to plug it into the formula:
x coordinate 1 = 2
x coordinate 2 = 8
y coordinate 1 = 4
y coordinate 2 = 8
substituting these values into the formula we get this:
x =(2 + 8/2) , y = (4 + 8/2)
x = 2 + 8 = 10/2 = 5 which is our x coordinate for the midpoint
y = 4 + 8 = 12/2 = 6 which is our y coordinate for the midpoint
in an ordered pair it would be (5, 6)
