-- Slide end-A of the tray, right-side-up, into end-A of the cover. (0 0 0)
-- Slide end-A of the tray, right-side-up, into end-B of the cover. (0 0 1)
-- Slide end-A of the tray, upside-down, into end-A of the cover. (0 1 0)
-- Slide end-A of the tray, upside-down, into end-B of the cover. (0 1 1)
-- Slide end-B of the tray, right-side-up, into end-A of the cover. (1 0 0)
-- Slide end-B of the tray, right-side-up, into end-B of the cover. (1 0 1)
-- Slide end-B of the tray, upside-down, into end-A of the cover. (1 1 0)
-- Slide end-B of the tray, upside-down, into end-B of the cover. (1 1 1)
Answer:
-15
Step-by-step explanation:
Given is a polynomial in x
We have to find the remainder when the above polynomial is divided by x+5
Remainder theorem says that f(x) gives remainder R when divided by polynomial x-a means f(a) = R
Applying the above theorem we can say that value of the function when x =-5
= Remainder when f is divided by x+5
= F(-5)
Substitute the value of -5 in place of x
= (-5)^4 + 12(-5)^3 + 30(-5)^2 - 12(-5) + 70
= 625-1500+750+60+70
= 5
Hence answer is 5
Answer:6.25 grams of protein is provided by this serving of raisins.
Step-by-step explanation:
The calorie count C for a serving of food can be computed using the formula,
C= 4h + 9f + 4p, where
h is the number of grams of carbohydrate contained in the serving,
f is the number of grams of fat contained in the serving, and
p is the number of grams of protein contained in the serving.
A serving of raisins contains 157 calories and 33 grams of carbohydrate. If raisins are a fat-free food, if means that f = 0
Therefore
157 = 4 × 33 + 9 × 0 + 4p
157 = 132 + 4p
4p = 157 - 132 = 25
p = 25/4 = 6.25
You times it by one and then add the two zeros so your answer is 3,500
Answer:
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Step-by-step explanation: