Answer:
y = 3x + 2
Step-by-step explanation:
First you want to know what the slope intercept form is. y = mx + b. Now take two points from the table and put them in the equation and get the slope of 3. Now we have y = 3x + b. To find b we need to plug in any point into the equation. I chose (-1, -1). -1 = 3(-1). Solve and you get 2. Now we are left with y = 3x + 2
Highest common factor is popularly known as the Greatest Common Factor or GCF.
To look for the GCF:
First, get all the factors of both numbers. Factors are the numbers multiplied with one another. 99 and 63 are products of different factors.
Second, compare the factors of both numbers and select their Greatest Common Factor
1) Get the factors
Factors of 99 are 1, 3, 9, 11, 33, 99
Factors of 63 are 1, 3, 7, 9, 21, 63
2) Identify their common factors which are 1, 3, and 9
Of the three factors, the greatest common factor is 9.
GCF = 9
Assuming there are no ties
Answer:
980100
Step-by-step explanation:
Let's start with the boys(we could also start with girls, it doesn't matter).
We can "choose" one of 11 boys for the gold medal. That athlete can't win any more medals, so there are 10 boys left.
We can then "choose" one of the 10 boys remaining for the silver medal. That athlete can't win any more medals, so there are 9 boys left.
We can lastly "choose" one of the 9 boys remaining for the bronze medal.
That makes 11 possible choices for gold medal * 10 possible choices for silver medal * 9 possible choices for bronze medal = 990 possible choices(for boys).
We can do the exact same for the girls, leaving us with 990 possible choices for the girls.
We then multiply the possible choices together to get 990*990=980100 possible ways to hand out the six medals
Use Photomath it works well
Answer:
In the picture
Step-by-step explanation:
I hope that it's a clear explanation, hope that helps.