Answer:
The slopes are m=3 and m=-2
There is only one solution
Step-by-step explanation:
Answer:
A'
Step-by-step explanation:
It is A' because they are corresponding angles, it is the same exact shape it has just been translated to a different area of the graphic plane.
If my answer is incorrect, please notify me and I'll assess what it was that I did wrong.
Answer:
or
Step-by-step explanation:
A polynomial function with 3 zeroes is going to be of degree 3, so we're going to have at least least 3 factors of the form 
, where <em>a </em>is a zero of the function. For three zeroes <em>a</em>, <em>b</em>, and <em>c</em>, we'd have the factors 
and 
, making our function look like
Substituting our roots for a, b, and c:
To write this function in standard form, we can expand from left to right:
At this point, we could either leave it as is, or group the coefficients for the 
and 
terms to get
The answer is 67
Add all the sides up and you get 67
Answer:
B. 520
Step-by-step explanation:
Partial quotient is simply the method used to find the value of a quotient by dividing bits by bits until you get to the answer. For instance if you want to divide 124/4
Whatever closest multiple of 4 to 124 you remember, write it down. For instance I remember 80 first.
80 is the 20th multiple of 4 (80÷4 = 20).
Then subtract the number from the original number you want to divide
124 – 80 = 44
Again, write down the closest multiple of 44 you remember. To me is 40, and it is the 10th multiple.
Subtract 40 from 44 you have 4 left.
It's now easy to divide 4 by 4 which is 1.
To now get the quotient in total, you'll add up
20 + 10 + 1 = 31.
Therefore, to use partial quotient in this problem, the best choice to begin with will be 520 because it is the 20th multiple of 26. Although 780 is the 30th multiple of 26, 520 will be easier to remember. For this reason, it is the best choice.
