To find the length of the room on the blueprint, we can set up a proportion based on the scale provided. Since 14 inches on the blueprint represents 2 feet in reality, we can calculate the blueprint length for 20 feet using the ratio: [ \text{Blueprint length} = \frac{14 \text{ inches}}{2 \text{ feet}} \times 20 \text{ feet} = 140 \text{ inches}. ] Therefore, the length of the room on the blueprint would be 140 inches.
11 feet
If the dimensions of the actual playground are 50 times those of the scale drawing, then the length and width of the actual playground can be represented as 50 times the length and width of the scale drawing. The area of a rectangle is calculated by multiplying length by width. Since the area of the scale drawing is 6 square feet, the area of the actual playground will be ( (50 \times \text{length}) \times (50 \times \text{width}) = 2500 \times \text{(length} \times \text{width)} ). Therefore, the area of the actual playground is ( 2500 \times 6 = 15,000 ) square 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.
It's called the "scale."
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.
That depends what the scale of the blueprint is !
It depends on the scale of the blueprint.
To find the length of the room on the blueprint, we can set up a proportion based on the scale provided. Since 14 inches on the blueprint represents 2 feet in reality, we can calculate the blueprint length for 20 feet using the ratio: [ \text{Blueprint length} = \frac{14 \text{ inches}}{2 \text{ feet}} \times 20 \text{ feet} = 140 \text{ inches}. ] Therefore, the length of the room on the blueprint would be 140 inches.
10 feet (6 x 20 = 120 inches =10 feet)
a scale
The scale on a blueprint denotes the ratio between the measurements on the blueprint and the actual dimensions of the object being represented. It allows readers to accurately interpret the blueprint and determine the real-world size of the object or structure. The scale is typically expressed as a fraction or ratio, such as 1:50 or 1/4", indicating how much each unit of measurement on the blueprint represents in reality.
I need more information if I am to answer that. = If a scale blueprint of a rectanglar soccer field is drawn 14 inch to 2 feet and the soccer field is 100 (square?) feet what is the soccer field's length on the blueprint? =
That depends entirely on what scale the drawing is !
To determine the scale of the diagram of the bridge, you need both the actual length of the bridge and the length represented in the diagram. The scale can be expressed as a ratio of the diagram length to the actual length. For example, if the diagram represents the bridge as 1,000 feet, the scale would be 1:4.2 (1,000 feet in the diagram to 4,200 feet actual). If you provide the length in the diagram, I can help you calculate the specific scale.
The scale indicates how many units of length of the actual object are represented by each unit of length in the drawing.
Scale