6 inches is 1/2 foot, so (1/2 ft) / (30 ft) = 1/60, or it may be designated as 1:60 scale.
33 inches
The scale factor for a model train with a length 36 inches and the length of engine itself is 24 feet would be 1/8th. In order to answer this you will have to do a little math.
10 feet = 120 inches Scale is 120/2 = 60 to 1
-1153.7
If linear feet is measured by the standard 12 inch scale, then: * 1 linear foot = 12 inches * 24 linear feet = 288 inches If you have 13 inch tile then: * 288 inches / 13 inches = 22.15 tiles per row.
What is the ratio of 555 feet as to 9.25 inches. 6,660 inches : 9.25 = 720 : 1 The model is 720 as to 1 scale, or 1/720th scale model
12 inches
33 inches
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In order to answer this, you first need to convert the feet measurement into inches. This is so that the question has consistent units. There are 12 inches in a foot, so to convert from feet to inches you multiply by 12. In this case we have 6 feet so 6x12 = 72inches. To find the scale, we put the model size as the left number and the represented size as the right number: 1.5:72 This can then be simplified by dividing both numbers by 1.5. This gives the scale of the model as 1:48.
The answer will depend on the size of the real object. Every 4000 inches (333.33.. feet) of the real object will be 1 inch in the model.
4418 by the power of 2
One inch on the model represents 72 inches -- or six feet -- on the real McCoy. Since the miniature is two inches long, the actual airplane it represents is 12 feet long.
A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.A weighing scale would not be able to measure in feet and inches.
The scale of the house is the ratio of the model to the actual house. This ratio will be the same for both directions, or else the model would be useless. 6 inches is .5 feet, so the ratio is .5:30. You always want to write ratios as 1:something, so we double both side of the ratio and get 1:60. Likewise, 12 inches is one foot, so the ratio is 1:60 for the other dimension as well, as it should be.
It depends on what the original model was. If the original model was 100 inches, then a 1/50th scale would be 2 inches.
10 feet is 120 inches so if this is represented by 8 inches on a drawing the scale is 1:15