All Answers 358090 Answers

"It makes no sense to add anything finite to infinity."      This actually does make sense (so your statement is not true)

BUT

The answer is still infinity.     this statement of yours is true :)

1/0 is undefined so it is not true!

they are not equal :)

It would  be better if you showed some working oboeduck.  

Are you acusing me of yelling when you wrote this

 YALL IDIOTS.

that was quite rude you know. 

Maybe you just want to simplify it?

$$\sqrt{20}=\sqrt{4*5}=\sqrt4*\sqrt5=2\sqrt5$$

Think of it like this......10% of 33 is 3.3 ....so.... 20% must be twice as much.....

Yeah.....it seemed like too much.....I'm a little suspicious about my answer.....there's probably a more direct way to do it.......but my brain is too fried to want to think of another way!!!

That looked like a lot of work Chris :)

20 percent  is 20/100

of is multiply

so the answer is

20/100*33

You can do this on the calc on the home page :)

It makes no sense to add anything finite to infinity. The answer is still infinity.

Oh sorry, i did not actually check them but you can with a calculator.

There is one on  the home page :))

Quit wasting everyone’s time by dredging up three-year-old posts. Instead, sign up for the new game show that is looking for contestants. It is called

"Are You Dumber than a Fifth Grader?"

You have a real chance of winning!!!

Uhhhhhhhh..... 2

We can write L as

y = mx + 1

So, let us find the intersection of these two functions

mx + 1 = x^2 - 2x + 2

X^2 - 2x + 2 - mx - 1 = 0

x^2 -(2+m)x + 1 = 0

So, using the quadratic formula, we have

x = [( 2 + m) ± √[(2+m)^2 - 4]/2 = [(2 +m) ±√(m^2 + 2m)] /2

So, the y coordinates of M, N lie on line L and are given by

y₁ = m[(2+m) + √(m^2 + 2m)] /2 + 1    and

y₂ = m[(2+m) - √(m^2 + 2m)] /2 + 1 

Adding these two we have

[m[(2+m) + √(m^2 + 2m)] /2 + 1 ] + [ m[(2+m) - √(m^2 + 2m)] /2 + 1 ] =

[m(2 + m) + 2]

And dividing this by 2, we get the midpoint =

(m/2)(2 + m) + 1 =

(1/2)m^2 + m + 1

9,873,639 there u go

I love math! You would like it to if you got used to it. I was homeschooled for 4 years.... Trust me.... I've seen a lot of math..... Especially from.... My little sister. UgH MY SISTER OMG SHE WILL BE LIKE : I have 5 oranges.... 3 apples how much do I have I'll say : idk how about 8 and she cries

Hit the = sign on the calculator....... How do you not know that.... It's right there

Ummmmmm idk....... 🍭

Ok thanks for telling me if there right! 😉 also I'm eating 🍫🍓 with 🍦

That's great

Nvm, I figured them out but could you check them 

1. 202366692

2. 8.8394827984299238

3. -3986325

9 I think lol I'm in 5th grade so idk math like this.

$${\frac{{\mathtt{2}}}{{\mathtt{9}}}}$$

127/100 it's improper

9.46153846