Ident/2775954/23322479/e065d5ba642d2596ea19f66dafe28fbaSearch Gener.Word Search Gener.HomeAll BookmarksVolume, Density, and Unit Conversions (Level 1)Score: 0/5Penalty: noneQuestionWatch VideoShow ExamplesA building is constructed using bricks that can be modeled as right rectangular prisms with a dimension of 821 in by 3 in by 3 in. If the bricks cost $0.07 per cubic inch, find the cost of 300 bricks. Round your answer to the nearest cent.Answer Attempt 2 out of 2$22950Submit AnswerStill Stuck?
Q. Ident/2775954/23322479/e065d5ba642d2596ea19f66dafe28fbaSearch Gener.Word Search Gener.HomeAll BookmarksVolume, Density, and Unit Conversions (Level 1)Score: 0/5Penalty: noneQuestionWatch VideoShow ExamplesA building is constructed using bricks that can be modeled as right rectangular prisms with a dimension of 821 in by 3 in by 3 in. If the bricks cost $0.07 per cubic inch, find the cost of 300 bricks. Round your answer to the nearest cent.Answer Attempt 2 out of 2$22950Submit AnswerStill Stuck?
Calculate Volume of Brick: First, calculate the volume of one brick.Volume = length×width×heightVolume = 8.5in×3in×3inVolume = 76.5cubic inches
Find Cost per Brick: Next, find the cost of one brick.Cost per brick = Volume × Cost per cubic inchCost per brick = 76.5 cubic inches ×$0.07/cubic inchCost per brick = $5.355
Calculate Total Cost: Now, calculate the cost of 300 bricks.Total cost = Cost per brick × Number of bricksTotal cost = $5.355×300Total cost = $1606.5
Round Total Cost: Finally, round the total cost to the nearest cent.Rounded total cost = $1606.50
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