By taking a quotient between the number of packages and the rate at which James works, we conclude that he will need 467 hours.
<h3>
how many hours will it take James to wrap 3,736 packages?</h3>
We know that James wraps at a rate of 8 packages in one hour. Then to get the time in which he can wrap a number N of packages, we need to take the quotient between N and 8.
In this case, N = 3,736.
Taking the quotient we get:
3,736/8 = 467
This means that in 467 hours he will wrap the 3,736 packages.
If you want to learn more about rates:
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Answer:
D. -6m²n² + 10m²n + 8mn² - 10mn
Step-by-step explanation:
(-7mn + 8mn² - 8m²n²) + (10m²n + 2m²n² - 3mn)
Apply the distributive property to remove the parentheses
-7mn + 8mn² - 8m²n² + 10m²n + 2m²n² - 3mn
Combine like terms together and arrange in standard form
-7mn + 8mn² - 8m²n² + 10m²n + 2m²n² - 3mn
-8m²n² + 2m²n² + 10m²n + 8mn² - 7mn - 3mn
-6m²n² + 10m²n + 8mn² - 10mn
Answer:
y = 3
y = 2
y = 1
y = 0
Step-by-step explanation:
Given expression;
y = (-x/3) + 2
Find:
Value of y, if x = -3
Value of y, if x = 0
Value of y, if x = 3
Value of y, if x = 6
Computation:
Value of y, if x = -3
y = (-x/3) + 2
y = (3/3) + 2
y = 3
Value of y, if x = 0
y = (-x/3) + 2
y = (-0/3) + 2
y = 2
Value of y, if x = 3
y = (-x/3) + 2
y = (-3/3) + 2
y = 1
Value of y, if x = 6
y = (-x/3) + 2
y = (-6/3) + 2
y = 0
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Hope it helps :)
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Answer:
(a) more than one triangle
Step-by-step explanation:
Specifying one side and one angle is not sufficient to define a particular triangle. More than one triangle can meet those requirements.
Subtract the left side, then factor.
0 = 3x^2 -2x -8
(x-2)(3x+4) = 0
The solutions are those values of x that make the factors zero.
x = 2, -4/3