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Speed of the wave = frequency x wavelength So c = 260 x 1.30 = 338 m/s +++ IN air at standard temperature & pressure. That is important because the speed varies with the density of the medium through which it travels. In sea-water the mean speed of sound is just under 1500m/s, varying slightly with salinity and temperature hence density.
338 kilograms is 745 pounds and 2.6 ounces.
It all depends on the weight and the charge behind the round and even the gun fired in can make a difference, you can buy subsonice rounds and high speed bullets but really anything from 1400 fps +
It varies greatly. From a handgun, it can be as slow as 500 feet per second up to around 1500 feet per second, and actually, even higher up to 2000 fps for some of the high energy rounds like the .600 nitro. From a rifle, it can be as much as 4800 feet per second, but on average, it's probably in the 1500-2500 fps range.
Modern zinc (1982-present) pennies weigh 2.5 grams each, and copper pennies (pre-1982) weigh 3.11 grams each. 50 new ones weigh 125 grams and 50 old ones weigh 155.5 grams. A mix of the two weighs somewhere in the middle.50 US pennies would weigh about .338 pounds.
c - 338 = 238 + 338 +338 c = 576
The largest factor of 338 is 338.
The address of the Georgetown Energy Museum is: Po Box 338, Georgetown, CO 80444-0338
168.0296
338 is divisible by 1, 2 and 338 itself.
338 isn't prime, 338=2*169
lowest number that goes into 338 = 338
338 can be divided by: 1, 2, 13, 26, 169, and 338.
no, the 7mm is .284 bore, the .338 is, of course, .338
1 in =2.54 cm 338 cm = 338 / 2.54 in ~= 133 in.
3.38 = 338/100 = 169/503.38 = 338/100 = 169/503.38 = 338/100 = 169/503.38 = 338/100 = 169/50
338 - cccxxxviii