Respuesta :
To determine the volume of the rhombus, we use the equation,
V = Bh
where B is the area of the base and h is the height.
For rhombus, the area is calculated through the equation,
B = D₁D₂/2
Substituting,
B = (6)(8) / 2 = 24 units squared
Volume calculation:
V = (24)(16) = 384 units cubed
V = Bh
where B is the area of the base and h is the height.
For rhombus, the area is calculated through the equation,
B = D₁D₂/2
Substituting,
B = (6)(8) / 2 = 24 units squared
Volume calculation:
V = (24)(16) = 384 units cubed
Area of rhombus is half of its diagonals' lengths' product. The volume of the specified prism is 384 cubic units.
How to find the area of rhombus from its diagonals' lengths?
Suppose that a rhombus is there with diagonals p and q units, then its area is
Area = pq/2 sq. units.
How to find volume of a right prism?
Volume of a right prism = Bh cubic units, where B is the Base's area and h is its height.
For the given case, we have the base's area as:
B = 6× 8/2 = 24 sq units.
Since height is given to be 16 units, thus,
Volume of considered prism = 24 × 16 = 384 cubic units.
Thus, The volume of the specified prism is 384 cubic units.
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