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What is the Mix Ratio for MC 70 prime coat Diesel to bitumen?

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Yenebrhan Terefe

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1y ago
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Dylan Brown

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3w ago
Peter Moore, Tinker Hatfield, and Bruce Kilgore. THe
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Nelson Peter Mambkan...

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1mo ago

60 % kerosene and 40% bitumen

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Wiki User

12y ago

bitumen 64%,kerosene 24%,diesel 8%

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Q: What is mixing ratio of kerosene and Bitumen in MC 70 prime coat?
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Continue Learning about Basic Math

What is the ratio for mixing type N mortar?

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What is the ratio of the number of one-digit prime numbers and the number of one-digit composite numbers?

The ratio of the number of one-digit prime numbers to the number of one-digit composite numbers is one to one. The one-digit prime numbers are 2, 3, 5, and 7. The one-digit composite numbers are 4, 6, 8, and 9. Therefor, the ratio is 4:4, which simplifies to 1:1.


What is the ratio of composite numbers to prime numbers in the following ser of numbers 6 3 4 12 18 17?

The ratio of composite numbers 6,3,4,12,18 and 17 to prime numbers would be 9,15,21 and 25. This is taught in math.


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Ratio of square numbers to numbers with 4 factors?

As N approaches infinity the ratio of squares less than N to numbers with 4 factors less than N approaches 0. This means that in the customary way of defining it, the ratio you're interested in is 0 (although that should be taken with a grain of salt - it certainly doesn't mean that there are 0 square numbers). The number of squares less than N is approximately √N. Rather than calculating the ratio we're interested in, we're going to calculate a calculate a ratio guaranteed to be greater: the ratio of squares to numbers that are twice a prime number (which are some, but not all, of the numbers with 4 factors). There are approximately N/ln N prime numbers less than N, by the prime number theorem. So there are N/(2 ln N/2) prime numbers less than N/2, which can be doubled to get a number less than N that's twice a prime number. The ratio is therefore √N(2 ln N/2)/N, which is O(ln N/√N). √N grows much faster than ln N, and in the limit this ratio will get close to zero. So the ratio we're actually interested in, which is even less than this ratio, will also approach zero.