Answer:
THE answer is y= -2x²+16x-24
Step-by-step explanation:
OK, so the standard form for an equation is ax²+bx+c
When you look at the equation we see that there is a -2 all by itself so we need too bring it within the parenthesis, so we'll distribute it..... so now instead of 2(x-6), we have -2x-12..........Why? because (2 times x is 2x and 2 times six is 12)
next when you write it ALL out, you get (-2x+12)(x-2) now we need to put this in the standard form by using the FOIL method
F- first O-outer I-inner L-last..... so multiplying the First from both equations we get -2x², Outer is -2x times -2 which is 4 because two negatives make a positive, Inner is 12 times x which is 12x, Last is 12 times -2 whchis -24. Put them all together and you get. 2x²+12x+4x- 24, now we combine like terms (in bold) and we get -2x²+16x-24. Look at the standard form i gave above and see how the final answer matches
-2x²+16x-24
ax² +bx + c
Answer:
1st option, and 4th option
Step-by-step explanation:
Is it select one, or select all that are correct?
This equation is subtracting 1/4 at a time. The next three numbers would be 3, 2 3/4, and 2 1/2.
Answer: A solid 4% chance of picking a yellow
brainliest plz
Step-by-step explanation: We first should combine 300 and 75 because those are the total values of the candies in the bag. After, we should divide the different candies by the total amount of them getting the numbers .8 for red and .2 for yellow. Since the question is that the yellow occurs but not the red and you can miss the bag you would want to calculate what the probability would be to have B happen but not A. The equation for that is:
(1 - P(A)) × P(B)
where P(A)=.8 and P(B)=.2
plugging in all things it would be
(1-.8)*.2
which equals .04 or 4%
Answer:
Three million one hundred fifty two thousand three hundred eight
Step-by-step explanation:
