The volume of corn that can fill his new silo is 23, 363. 912 cubic feet
<h3>
How to determine the volume</h3>
The formula for volume of a cylinder is expressed as;
Volume = πr²h
Where;
- r is the radius
- h is the height
Given the diameter as 26
radius = diameter/2 = 26/2 = 13 feet
Substitute into the formula
Volume = 3. 142 × 13² × 44
Volume = 3. 142 × 169 × 44
Volume = 23, 363. 912 cubic feet
Thus, the volume of corn that can fill his new silo is 23, 363. 912 cubic feet
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Using the information given in the question, the total number of liters Margie will drink in a 4 week period is 39
<u>Consider the given information:</u>
<u />
- 12.25 liters per week
- Continues this for 4 weeks
<u>Equation formed with said information:</u>
Liters per week × The 4-week period
<u>Solving the equation</u>
12.25 × 4
= 49
Therefore, after the 4-week period Margie would of drank 49 liters
<span>Let number of experienced crew = X
Let number of novice crew = Y
Number of rooms experienced crew can prep = 6X
Number of rooms experienced crew can paint = 2X
Number of rooms novice crew can prep = 2Y
Number of rooms novice crew can paint = 2Y
Number of rooms to be prepped per week = 12
Number of rooms to be painted per week = 8
So, we have
Equation 1 - For Prepping
6X + 2Y = 12
Equation 2 - For Painting
2X + 2Y = 8 or 2Y = 8 - 2X
Replacing the value of 2Y from equation 2 in equation 1, we have
6X + (8 - 2X) = 12
Simplifying the equation we get
4X + 8 = 12
4X = 12 -8
4X = 4
X = 4/4
X = 1
Replacing the value of X in Equation 1, we get
6 * 1 + 2Y = 12
2Y = 12 - 6
2Y = 6
Y = 6/2
Y = 3
Total cost per week = 1 * 1000 + 3 * 750 = 1000 + 2250 = 3250
So, to optimize costs, John would need 1 experienced crew and 3 novice crews at a total cost of $3250 per week.</span>
Answer:
25h
Step-by-step explanation:
Pages read in 1 hour = 25
So pages read in <em>h</em> hours = 25 × h = 25h
Answer:

Explanation:
According to the unit circle,
and
are the radian measures you are looking for because all <em>y-coordinates</em> are associated with the <em>sine</em> function, so when evaluating, you will arrive at this:

I am joyous to assist you at any time.