Answer: c
Step-by-step explanation:
I would say c because it explains what it's saying and looks like it will show the answer by saying how many more
Looks like the larger triangle is equilateral (well, it must be, otherwise finding the area is impossible). That means the inradius is 6 and the outradius is 12, which is to say the altitudes (equal to the height, in this case) of this triangle have length 6 + 12 = 18.
In the smaller right triangle, the length of the missing leg is half the base of the larger triangle; call this length
By the Pythagorean theorem,

Then the area of the larger triangle is

I will write your question as an equation:
20 000 =1/10*x
and we need to find the x. For this, we multiply both sides by 10:
200 000 =x
so the answer is 200 000
Answer:
Below.
Step-by-step explanation:
1. The common difference is 3 so the next 2 terms are 12 and 15.
2.. The common difference is 2 so the next 2 terms are 4 and 6.