For the given question above, the full question must have read as:
<span>MO bisects m<LMN,<LMO =6x-20 and <NMO 2x+36. Solve for x and find m<LMN. The diagram is not to scale.
</span>
<span>If MO bisect the angles, then the 2 resulting angles are equal in size
so you will have:
6x - 20 = 2x + 36
Solve:
</span>6x - 20 = 2x + 36
The answer would be: x = 14, <LMN=128
Cube root of 32: 3.17
Cube root of 118: 4.90
Cube root of 18: 2.62
Cube root of 319: 6.83
Vanessa is 16. When she was 6, he was 54, ten years later he's 64 and she's now 16.
Answer:
The yellow box.
Step-by-step explanation:
According to the graph, 10 students get off the bus every 2 minutes. Do 10 divided by 2 to find out how many students get off the bus each minute. Since the answer is 5, that means 5 students get off the bus each minute.
Answer: Yes, y does vary directly with x.
Constant of variation = 1/4
The function rule is y = (1/4)x
=========================================================
Explanation:
Let's assume that y does vary directly with x.
If that's the case, then we have an equation in the form y = kx, where k is the constant of variation.
Solving for k gets us k = y/x
For each row, divide the y value over the x value
- row one: k = y/x = 14/56 = 0.25
- row two: k = y/x = 20/80 = 0.25
- row three: k = y/x = 22/88 = 0.25
Each row yields the value k = 0.25 and it fully confirms y does vary directly with x.
So y = kx becomes y = 0.25x as the function rule, which is equivalent to y = (1/4)x