Scale of 1-32 implies 1 inch = 32 inches = 2 ft 8 inches.
1 billion short scale = 109 or 1 billion long scale 1012 1 billion x 1 billion = short scale 1018 1 billion x 1 billion = long scale 1024 109 = 1 billion short scale and 1 milliard long scale. 1012 = 1 trillion short scale and 1billion long scale. 1015 = 1 quadrillion short scale and 1 billiard long scale. 1018 = 1 quintillion short scale and 1 trillion long scale. 1024 = 1 quadrillion short scale and 1 septillion long scale.
If the 10 metres is in the replica/map, then to find out how big the real thing is, you just multiply by 32. In this case we get 10x32 = 320, and so the real thing will be 320m long. If the 10 metres is the real distance, then to find out the length on the replica/map, you need to divide by 32. In this case we get 10/32 = 0.3125, and so the map/replica will be 31.25cm long.
In the short scale system: 1 billion = 109 (1 thousand3) 1 trillion = 1012 (1 thousand4) so 1 trillion = 1,000 billion In the long scale system 1 billion = 1012 (1 million2) 1 trillion = 1018 (1 million3) so 1 trillion = 1,000,000 billion. The US uses the short scale. Until 1974 the UK used the long scale for official statistics and now uses the short scale. Most continental Europe uses the long scale.
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Scale of 1-32 implies 1 inch = 32 inches = 2 ft 8 inches.
1 billion short scale = 109 or 1 billion long scale 1012 1 billion x 1 billion = short scale 1018 1 billion x 1 billion = long scale 1024 109 = 1 billion short scale and 1 milliard long scale. 1012 = 1 trillion short scale and 1billion long scale. 1015 = 1 quadrillion short scale and 1 billiard long scale. 1018 = 1 quintillion short scale and 1 trillion long scale. 1024 = 1 quadrillion short scale and 1 septillion long scale.
A little bigger than 1:33 scale but not quite as big as 1:31 scale. lol. Sorry, I couldn't resist. When referring to model car building it is a scale of 1:32. As an example, every inch of the actual vehicle is 1/32 of an inch to the model. So every foot or 12 inches would be 3/8 of an inch.
No. There are many scales of model trains which include from the smallest "Z-scale" (1:220), "N-scale" (1:160), "TT-scale" (1:120), "HO-scale" (1:87.1), "OO-scale" (1:76.2), "S-scale" (1:64), "S-scale" (1:64), "O-scale" (1:48), "1-scale" (1:32) and the largest, "G-scale" (1:22.5).
It depends on where you live. In the short scale, 1 trillion = 1,000,000,000,000, which would be 1 million millions. In In the long scale, 1 trillion = 1,000,000,000,000,000,000 which would be 1 (long scale) billion millions, or 1 (short scale) trillion millions.
If the 10 metres is in the replica/map, then to find out how big the real thing is, you just multiply by 32. In this case we get 10x32 = 320, and so the real thing will be 320m long. If the 10 metres is the real distance, then to find out the length on the replica/map, you need to divide by 32. In this case we get 10/32 = 0.3125, and so the map/replica will be 31.25cm long.
The temperature scale where water freezes at 32 degrees is Fahrenheit.
They are similar both isosceles triangles with a scale of 1 to 8
This is the Fahrenheit scale.
The scale of toy army tanks varies. Larger toys are usually around 1:18 and smaller toys are usually around 1:32. Another popular scale in the marketplace is 1:24.
The most popular scale for garden railways are between 1/32(Gauge 1) and 1/12(1:12) scale. Most garden railways run on a either a 45mm or 32mm gauge track.
Fahrenheit temperature scale shows water freezing at 32 degrees.