Kory and Leanne will meet each other again after 36 minutes from starting i.e. at 10:36 am .
<u>Step-by-step explanation:</u>
Here we have , Leanne runs a lap in 12 minutes. Kory runs a lap in 9 minutes. We need to find out that If they both start running at 10 am, at what time will they both cross the start together again . Let's find out:
Kory runs a lap in 9 minutes and , Leanne in 12 minutes , in order to find at what time will they both cross the start together again we will find LCM of 9 & 12 :
⇒ 
⇒ 
So ,LCM of 9 & 12 is 36 .That means Kory and Leanne will meet each other again after 36 minutes from starting i.e. at 10:36 am .
In clear way , Kory will run race as :
1st lap = 9 minutes
2nd lap = 18 minutes
3rd lap = 27 minutes
4th lap = 36 minutes , i.e. at 10:36 am he'll complete his 4th lap
For , Leanne
1st lap = 12 minutes
2nd lap = 24 minutes
3rd lap = 36 minutes i.e. at 10:36 am he'll complete his 3rd lap .
This means Kory & Leanne will meet at 10:36 am completing there 4th and 3rd lap respectively .
Answer
The correct answer is D. $ 15.65
Step-by-step explanation:
Unfortunately, there are no two such numbers.
If your original question was:

and you were trying to factor it, I would suggest the quadratic formula.
There are two solutions to

, where

<span>, and we can find them by using the quadratic formula:
</span>

So using that, here is how it would get factored:
For your equation,

Plug in those values into the formula:

Simplifying it:

And so the solutions are:

and
Answer:
Question 1:
The answer is going to be A
Question 2:
The answer is A
I hope this helps