weebh4.1zh0

So I found the answer. It says,

Let's assume we don't stop picking until all of the chips are picked. To satisfy this condition, we have to arrange the letters: W, W, R, R, R such that both W's appear in the first 4. We find the number of ways to arrange the white chips in the first 4 and divide that by the total ways to choose all the chips. The probability of this occurring is 4C2/5C2 = 3/5

Mono = 1

Bi = 2

Tri = 3

If you really don't like jiskha, don't use it anymore. There's plenty of websites to help you with your homework

Ohh thank you for clarifying that -- I wrote my equation wrong 😅

Using the Pythagorean Theorem, the hypotenuse of the larger triangle is 10. So the ratio of 6:10 is equal to 3:x

we can also write it like this:

6/10 = 3/x

Solving for x, we get 

3 out of the 7 won't vote for that political party

so it's 25156*3/7 = 10781.1

Obviously, you'll have to round down because 0.1 of a person can't vote. So it's 10781

There are 4 people total. Each person pays the same amount. So you multiply 4*13

4*13 = 52

If you take 8/12 and simplify it. Divide 4 from both the numerator and denominator. You'll get 2/3. 2/3 is not equal to 5/8 and you can tell by finding a common denominator. 2/3 and 5/8 have a common denominator of 24.

2/3 = 16/24

5/8 = 15/24

15/24 is not equal to 16/24

We have w=width and l=length

so

l = 5/4 * w

2l + 2w = 180

solving for these two equations, we get l = 50 and w = 40

to find the area, you need to multiply l*w

so our answer is

It's a 

because a Quadratic equation uses squares (^2) and a Cubic equation uses cubes (^3)

Well then I'm sorry I can't help you. I really don't understand how the answer is 40 unless I understand the question incorrectly 

Can you type the full question? Because maybe I'll understand it better if I get the full question

I'm sorry. I don't understand. Can you please clarify what you mean by 40? Did I understand the question wrong?

We can make 2 equations and solve for the variables.

Lets make l = length and w = width.

\(w=1/4*l\)  

\(2w+2l=80\)

You can plug in w = 1/4*l into the second equation, so it turns into \(2(1/4l)+2l=80\)

Solving for that equation, you get \(l=32\)

So your answer would be 

The question isn't very clear but I'll answer based on my understanding. So Hunter spent 1/4 of his money and an additional 7 dollars for something else. He has 23 dollars left. And you want to find how much he had in the beginning. If this is the question, the answer's below.

You should make an equation with the variable x for how much he had at first. So it would be \(1/4x + 7 = 23\)

Solving for the equation, you get 

You have to move \(8x^4 - 7x^2 + 8x - 7 \) to the right side so it becomes \(g(x) = (x^6 - x^3 - 2x^2 + 1) - (8x^4 - 7x^2 + 8x - 7)\)

Simplify

Therefore, your answer would be