Assuming you mean a 7.62 NATO round such as used in the M14 and M12: 2,756 ft/s (840 m/s) Other 7.62mm rounds can be found here: http://en.wikipedia.org/wiki/7.62_mm_caliber
2/12 = m/18 ie 12 x m = 2 x 18 ...
m, and Find .
The question m-6 equals 1. You will have to find the value of he letter M.
u use m when you do the perimeter and m sq. when u find the area
73 N-m for Dry Type / 66N-m for Lubricated
M12 signifies that the shank is 12 mm diameter. The length will vary. +++ Another tip: The A/F size of a standard M12 bolt or nut is 19mm, so close to 3/4" that the latter spanner will work - but be aware that this is the only co-incidence between metric and inch-based fastenings; and the M-series proportions don't follow a very consistent path!
7/29=M/100
1:1:2
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The mix proportion for M40 concrete is 1:1.65:2.92W/C ratio = 0.4The design calculation is as per IS mix design
Assuming you mean a 7.62 NATO round such as used in the M14 and M12: 2,756 ft/s (840 m/s) Other 7.62mm rounds can be found here: http://en.wikipedia.org/wiki/7.62_mm_caliber
The mean proportional 'M' is the square root of 30, or approx. 5.4772, either plus or minus. Then 3 / M = M / 10 . The proportions are + / - 0.54472 .
Force F is directly proportional to acceleration a, F= ma and mass m is the proportion rate.
2/12 = m/18 ie 12 x m = 2 x 18 ...
Force F is directly proportional to acceleration a, F= ma and mass m is the proportion rate.
You can set up a proportion to find out. The amount of compound that will dissolve in 100 g of water can be calculated as (4.50 g / 18.3 g) * 100 g = 24.59 g. Therefore, approximately 24.59 grams of the compound will dissolve in 100 g of water.