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Consider the expression 
(1)/(3)bwh.
Complete 2 descriptions of the parts of the expression.

The entire expression is the product of
In this context, 
(1)/(3) is a

Consider the expression 13bwh \frac{1}{3} b w h .\newlineComplete 22 descriptions of the parts of the expression.\newline11. The entire expression is the product of \square.\newline22. In this context, 13 \frac{1}{3} is a \square.

Full solution

Q. Consider the expression 13bwh \frac{1}{3} b w h .\newlineComplete 22 descriptions of the parts of the expression.\newline11. The entire expression is the product of \square.\newline22. In this context, 13 \frac{1}{3} is a \square.
  1. Analyze Expression Components: The expression (13)bwh(\frac{1}{3})bwh can be analyzed by looking at its components. The entire expression represents the volume of a geometric figure, where bb represents the base, ww represents the width, and hh represents the height. The fraction (13)(\frac{1}{3}) is a multiplier that is applied to the product of bb, ww, and hh. This suggests that the expression could be the formula for the volume of a pyramid or a cone, where the (13)(\frac{1}{3}) accounts for the shape's geometry.
  2. Volume of Geometric Figure: In this context, 13\frac{1}{3} is a coefficient. It is a constant factor that modifies the product of the variables bb, ww, and hh. The coefficient 13\frac{1}{3} indicates that the volume is one third of the product of the base area (b×wb \times w) and the height (hh).

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