Let
A ---> <span>(-3, 8)
B ---> (2, 8)
C----> (2, -2)
D----> (-3, -2)
step 1
find the distance AB
d=</span>√[(y2-y1)²+(x2-x1)²]-----> d=√[(8-8)²+(2+3)²]----> d=√25-----> d=5 units
step 2
find the distance BC
d=√[(y2-y1)²+(x2-x1)²]-----> d=√[(-2-8)²+(2-2)²]----> d=√100-----> d=10 units
step 3
find the ratio <span>of the rectangle's length to its width
ratio=</span>rectangle's length/rectangle's width
<span>length=10 units
width=5 units
ratio=10/5-----> ratio=2
the answer is </span>
the ratio of the rectangle's length to its width is 2<span>
see the attached figure
</span>
Solve this by factorising like this:
F(x)= x^2-5x+6
= (x-2)(x-5)
X= 2 or x= 5
So the axis of symmetry is 3.5 ( got this by dividing 2 and 5 in the middle on the number line or you can call it cetacean plane
Mark as brainleast plzzz
the arrows on the end of the line means it continues
both the domain and the range for this graph is negative infinity to infinity
Step-by-step explanation:
1. d=30
2. b=8
3. n=-7
5. v=17
6.x=-13
7. b=48
Answer:
The airplane would starts its descent from an altitude 500 feet lower.
Step-by-step explanation:
The x-axis is horizontal and the y-axis is vertical (altitude). It would be 500 feet lower because they took 500 away from the 30,000.