To find the actual distance represented by 5.5 inches on the map, you can use the scale of 1 inch = 38 feet. Multiply 5.5 inches by 38 feet to get the actual distance: 5.5 x 38 = 209 feet. Therefore, the actual distance represented by 5.5 inches on the map is 209 feet.
On a planimetric map, inches are typically indicated by a scale bar or a graphic scale, which visually represents distance on the map relative to actual ground distance. Additionally, the map legend may provide information about the scale in terms of inches per mile or feet. To measure distances directly, you can use a ruler or a scale to convert map measurements to real-world distances.
A bar scale is a graphic scale that visually represents the ratio between distances on a map or drawing and actual distances on Earth. It can be used to estimate the actual size of features or distances represented on the map.
Roughly 100:1, or 100 feet to the inch. A mile is roughly 5280 feet.
To find the actual height of the wall represented by the 6-inch measurement on the blueprint, we can set up the proportion: (1/2 inch / 1 foot) = (6 inches / h feet). Cross multiplying gives us 1h = 12, so h = 12 feet. Therefore, the actual height of the wall is 12 feet.
The units used are mainly inches, feet, yards, miles.
The scale is 1536 : 1
1.5 feet
To find the scale factor, first convert the actual length from feet to inches since the drawing's measurement is in inches. There are 12 inches in a foot, so 8 feet is equal to 96 inches (8 feet × 12 inches/foot). The scale factor is then calculated by dividing the drawing length by the actual length: ( \text{Scale Factor} = \frac{4 \text{ inches}}{96 \text{ inches}} = \frac{1}{24} ). Thus, the scale factor is 1:24.
To find the actual length of the train, we can set up a proportion based on the scale. The model train is 35 inches long, and according to the scale, 7 inches corresponds to 90 feet. Therefore, we can calculate the actual length as follows: [ \text{Actual Length} = \left( \frac{90 , \text{feet}}{7 , \text{inches}} \right) \times 35 , \text{inches} = 450 , \text{feet}. ] Thus, the actual length of the train is 450 feet.
To find the scale factor of the drawing, first convert the actual length from feet to inches since the drawing's length is in inches. There are 12 inches in a foot, so 8 feet equals 96 inches. The scale factor can then be calculated by dividing the drawing length (4 inches) by the actual length (96 inches), resulting in a scale factor of 1:24. This means that 1 inch on the drawing represents 24 inches in reality.
On a planimetric map, inches are typically indicated by a scale bar or a graphic scale, which visually represents distance on the map relative to actual ground distance. Additionally, the map legend may provide information about the scale in terms of inches per mile or feet. To measure distances directly, you can use a ruler or a scale to convert map measurements to real-world distances.
To find the actual area of the basketball court, we first need to calculate the dimensions of the court in feet using the scale. The length of the court in feet is 11.75 inches * 8 feet/inch = 94 feet, and the width is 6.25 inches * 8 feet/inch = 50 feet. Therefore, the actual area of the basketball court is 94 feet * 50 feet = 4700 square feet.
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1450ft
To find the actual height of the tree, you can multiply the height in the drawing by the scale factor. Since the scale is one inch to 32 feet, you would calculate 6 inches × 32 feet/inch, which equals 192 feet. Therefore, the actual height of the tree is 192 feet.
To find the actual length of the fence, multiply the length on the blueprint by the scale. Given a scale of 1:40 and a length of 6 inches on the blueprint, the calculation would be 6 inches × 40 = 240 inches. Therefore, the actual length of the fence is 240 inches, or 20 feet.
To find the scale of the blueprint, divide the actual length of the wall by the length on the blueprint. The actual length is 15 feet, which is equivalent to 180 inches (since 1 foot = 12 inches). The blueprint length is 5 centimeters, which is approximately 1.97 inches (since 1 centimeter ≈ 0.3937 inches). Therefore, the scale of the blueprint is 180 inches / 1.97 inches, which simplifies to approximately 91.4:1.