Answer:
The slopes of OA, OB ans OC are integer values.
Step-by-step explanation:
If a line passing through two points then the slope of the line is
If one point is origin then the slope of the line is
The slope of line OA is
It is an integer.
The slope of line OB is
It is an integer.
The slope of line OC is
It is an integer.
The slope of line OD is
It is not an integer.
The slope of line OE is
It is not an integer.
The slope of line OF is
It is not an integer.
Therefore the slopes of OA, OB ans OC are integer values.
Answer:
Q1. -45
Q2. -10
Q3. 31?
Step-by-step explanation:
Q1 -- you times -8 and 2 which comes out to -16. Since you have -16 + 1 inside of the parentheses you add 1 to -16 which comes out to -15. Then you take -15 times 3 and it comes out to -45.
Q2 -- the m gets replaced by the 5 so now its -2 times 5. Which comes out to -10. Then you take -10 times 2, which is -20. Now take -20 + 10 which gives us the answer of -10.
Q3 -- I'm not completely sure on this one but I think the equation would transfer to this 2*5 + 5*3 + 2*3. So 2*5 is 10, 5*3 is 15, and 2*3 is 6. Add them all together and you get 31.
I hope this was right and it helps you!
Answer:
Domain: set of Real numbers
Range{ set of Real numbers
Step-by-step explanation:
Since this is a cubic function, its domain and range are both the set of Real numbers.
The domain of any polynomial function is the set of Real numbers, And as far as the Range, we decide based on its end-behavior: since this is a polynomial with leading term 
, then it has the property of getting to infinitely large values for increasing values of x, and infinitely negative values for decreasing values of x.
Answer:
0
Step-by-step explanation:
There is no solutions other than 0
Answer:
6 (8 + 2)
The sum means addition. Add 8 and 2. Multiply that entire thing by 6.
