Answer:
I think it's figure b
Step-by-step explanation:
I believe you're looking for rhombus.
<u>Given</u> -
- If l || m, m∠1 = (13x + 24)°, and m∠2 = (5x-6)°,
<u>To find</u> -
<u>Concept</u> -
Whenever two parallel lines are cut by a transversal, an interesting relationship exists between the two interior angles on the same side of the transversal. These two interior angles are supplementary angles. Hence, according to the figure l and m are two parallel lines and t is the transversal intersecting them then ∠1 + ∠2 = 180°.
<u>Solution</u> -
m∠2 = (5x-6)° = {5(9) - 6}° = {45 - 6}°= 39°
Henceforth, m∠2 = 39°
Answer:
x y
2 76
4 64
7 47
9 34
13 10
Step-by-step explanation:
If we have an initial value of 88, that would be the y intercept
The rate of change -6 which is the slope
y = -6x+88
Let x =2
y = -6(2) +88 =
-12+88
= 76
Let y = 64
64 = -6x +88
Subtract 88 from each side
64-88 = -6x
-24= -6x
Divide by -6
-24/-6 =x x=4
Let y = 46
46 = -6x +88
Subtract 88 from each side
46-88 = -6x
-42= -6x
Divide by -6
-42/-6 =x x=7
Let x =9
y = -6(9) +88 =
-54+88
= 34
Let y = 10
10 = -6x +88
Subtract 88 from each side
10-88 = -6x
-78= -6x
Divide by -6
-78/-6 =x x=13
Answer:
-216
Step-by-step explanation: