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Figure a 27.5ft 27.5ft 55ft
Figure b 5.5ft 5.5ft 11ft
Calculate and compare the volume of the two figures in the image. Choose which statement is true.
(1 point)
The two figures are not similar
• because there is no scale factor stated for the volume.
The two figures are not similar
• because the volumes are not the same.
The two figures are similar
• because the volumes have a ratio of 5 : 1.
The two figures are similar
• because the volumes have a ratio of 125 : 1.
Figure b 5.5ft 5.5ft 11ft
Calculate and compare the volume of the two figures in the image. Choose which statement is true.
(1 point)
The two figures are not similar
• because there is no scale factor stated for the volume.
The two figures are not similar
• because the volumes are not the same.
The two figures are similar
• because the volumes have a ratio of 5 : 1.
The two figures are similar
• because the volumes have a ratio of 125 : 1.
Answers
There are no human answers yet.
Answered by
GPT-4o mini
To determine if the two figures are similar and to find the volume ratio, let's calculate the volumes of both figures.
### Volume Calculation
1. **Figure A: Dimensions = 27.5ft x 27.5ft x 55ft**
- Volume of Figure A = Length × Width × Height
\[
V_A = 27.5 \times 27.5 \times 55
\]
- Calculating it:
\[
V_A = 27.5^2 \times 55 = 756.25 \times 55 = 41593.75 \text{ cubic feet}
\]
2. **Figure B: Dimensions = 5.5ft x 5.5ft x 11ft**
- Volume of Figure B = Length × Width × Height
\[
V_B = 5.5 \times 5.5 \times 11
\]
- Calculating it:
\[
V_B = 5.5^2 \times 11 = 30.25 \times 11 = 332.75 \text{ cubic feet}
\]
### Ratio of Volumes
Next, we will find the ratio of the volumes \(V_A\) to \(V_B\):
\[
\text{Ratio} = \frac{V_A}{V_B} = \frac{41593.75}{332.75} \approx 125:1
\]
### Determine Similarity
To check the similarity:
- The ratio of the lengths of corresponding sides between the figures is:
\[
\text{Side Ratio} = \frac{27.5}{5.5} = 5
\]
Thus, because the lengths share the same ratios, the figures are similar in shape.
### Conclusion
The correct statement based on the calculations is:
**The two figures are similar because the volumes have a ratio of 125 : 1.**
### Volume Calculation
1. **Figure A: Dimensions = 27.5ft x 27.5ft x 55ft**
- Volume of Figure A = Length × Width × Height
\[
V_A = 27.5 \times 27.5 \times 55
\]
- Calculating it:
\[
V_A = 27.5^2 \times 55 = 756.25 \times 55 = 41593.75 \text{ cubic feet}
\]
2. **Figure B: Dimensions = 5.5ft x 5.5ft x 11ft**
- Volume of Figure B = Length × Width × Height
\[
V_B = 5.5 \times 5.5 \times 11
\]
- Calculating it:
\[
V_B = 5.5^2 \times 11 = 30.25 \times 11 = 332.75 \text{ cubic feet}
\]
### Ratio of Volumes
Next, we will find the ratio of the volumes \(V_A\) to \(V_B\):
\[
\text{Ratio} = \frac{V_A}{V_B} = \frac{41593.75}{332.75} \approx 125:1
\]
### Determine Similarity
To check the similarity:
- The ratio of the lengths of corresponding sides between the figures is:
\[
\text{Side Ratio} = \frac{27.5}{5.5} = 5
\]
Thus, because the lengths share the same ratios, the figures are similar in shape.
### Conclusion
The correct statement based on the calculations is:
**The two figures are similar because the volumes have a ratio of 125 : 1.**
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