Answer:
B. 314 cm³
Step-by-step explanation:
We are given that,
Height of the cone = 12 cm
Radius of the cone = 5 cm
<em>Since, we need to fill the cone with the cement. So, we will find the volume of the cone.</em>
So, Volume of the cone = 
i.e. Volume of the cone = 
i.e. Volume of the cone = 
i.e. Volume of the cone = 
i.e. Volume of the cone = 314 cm³
Hence, the amount of cement they can put in each cone is 314 cm³.
Answer:
not sure but I feel like 6 because 3x2 is 6
To solve this problem, we just have to use trigonometric ratios and apply which of the ratios is needed here and proceed to solve. The value of side AC is 2.85 units
<h3>Trigonometric Ratio</h3>
In the given diagram, we have the value of angle and hypothenuse and we are required to find the adjacent side of the triangle.
Data;
- Angle = 32.9 degrees
- Hypothenuse = 3.4
Let's use cosine rule for this.

Proceed to substitute the values into the equation and solve.

From the calculations above, the value of side AC is 2.85 units
Learn more on trigonometric ratio here;
brainly.com/question/11967894
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114.425<114.58 because 425<580.
The easiest way to reach this solution is to look at the numbers. Everything before the decimal point is the same, but the first digit after the place holder differs, one is four tenths and the other is 5 tenths. 4 is less than 5 making the first statement the correct one!