Let w represent the sum of vectors u and v. Find the magnitude of w and the angle between w and u given the
1 answer:
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The volume of the pyramid would be 2406.16 cubic cm.
<h3>How to find the volume of a square-based right pyramid?</h3>Supposing that:
The length of the sides of the square base of the pyramid has = b units
The height of the considered square-based pyramid = h units,
The pyramid below has a square base.
h = 24.4 cm
b = 17.2 cm
Then, its volume is given by:
Therefore, the volume of the pyramid would be 2406.16 cubic cm.
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30 Thousand: 30,000
4 Hundred and Five: 405
3 Thousandths: 3/1000
Final Answer; 30,405
4 Hundred and Five: 405
3 Thousandths: 3/1000
Final Answer; 30,405
Answer:
190 cm²
Step-by-step explanation:
Use the area of a trapezium formula:
where a and b are the top and bottom bases, and h is the height.
Therefore,
area = = 190 cm²