Find the two volumes separately:
Bale: V = 4(2)(2) ft^3 = 16 ft^3
Cylinder: V = pi*(2.5 ft)^2* (6 ft) = 117.8 ft^3
Divide 117.8 ft^3 by 16 ft^3:
117.8 ft^3
------------- = 7.36
16 ft^3
Thus, the cyl. bale could theoretically hold the total volume of 7.36 rect. bales. That could be rounded off either way: to 7 or to 8 bales; 7 is closer and thus is the better answer.
Answer:
A
Step-by-step explanation:
the slope is rising by 1 and run by run, remember rise over run. the y intercept is 2 so it's +2.
Answer:
13 × 13 × 14 = 2,366
Step-by-step explanation:
13 x 13 = 169
169 × 14 = 2366
9⁹ ÷ 9⁶.
The expression 9³ is equivalent to 9⁹ ÷ 9⁶.
Using the law of exponents aⁿ÷aˣ = aⁿ⁻ˣ
9⁹÷9⁶= 9⁹⁻⁶ = 9³
See attachment for the graph of the cosine function f(x) = 5 cos(π/2x) - 1
<h3>How to graph the cosine function?</h3>
From the question, the given parameters are:
Amplitude, A = 5
Vertical shift, D = -1
Period, T = 4
A cosine function is represented as:
f(x) = A cos(B(x + C)) + D
Where
Amplitude = A
Period = T
Horizontal shift = C
Vertical shift = D
Since the horizontal shift is not stated in the question, we can assume that the horizontal shift is 0
i.e. C = 0
So, the equation of the cosine function becomes
f(x) = A cos(Bx) + D
Calculate the value of B using
B = 2π/T
So, we have:
B = 2π/4
Evaluate
B = π/2
So, we have:
f(x) = A cos(π/2x) + D
Substitute the known values of A and D in the above equation
f(x) = 5 cos(π/2x) - 1
Next, we plot the graph of the cosine function on a graphing tool
See attachment for the graph of the cosine function f(x) = 5 cos(π/2x) - 1
Read more about cosine function at
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