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(((M))) = 10*10*1000*1000 = 100,000,000. Or as:- (M)C = 1000*1000*100 = 100,000,000.
MMMM with an horizontal bar above each numeral to denote multiplication by a thousand, because M = 1000 but M with an horizontal bar above it denotes 1000 x 1000 = 1000000. Brackets can also be used to indicate that a numeral should me mulitplied by 1000, so (MMMM) means 4000 x 1000 which is 4,000,000.
(MMMM)M or (MV)M but with an horizontal line above the numeral V The above Roman symbols represent: 4000*1000*1000 which is equal to four billion
The numeral M (1000) with a horizontal bar above it to denote multiplication by a thousand. Thus 1000 times 1000 equals 1000000. Enclosing symbols in brackets also denotes that the enclosed symbols should be muliplied by 1000. This is used for numbers above 3000 = MMM, so 4000 can be written as (IV) 4 x 1000. A million can therefore be written as (M) 1000 x 1000.
The roman numeral "M" with a bar on top of it - denotes that the "M" or 1000 needs to be multiplied by 1000. So the M with a bar on top means 1000 x 1000 or 1,000,000.
in calculating burst factor 1000 multion factor is used - why?
=(Bursting Strength*1000)/GSM
Try updating the firmware.
It was 1000 megawatt electric (RBMK-1000)
Here is a list of materials that create nuclear radiation. Uranium 235 (Neutron density 99.3%) Uranium 238 (Neutron density 0.7%) Plutonium 239 Fission fragments (from reactor material or nuclear warhead.) Alpha, Beta and Gamma.
it getting blown up by 1000 nuclear missiles
i think that its test and crush depths are still classified, but it is a safe bet that they can dive ~1000 ft. they normally operate way above that though.
Higher is better. 1000 is complete average Above 1000 is above average Below 1000 is below average
The output of nuclear reactors varies with design, but if we take 1000 MWe as typical, and there are 8760 hours in a year, the answer is 1000 x 8760 MegaWatthours, or 8760 GigaWatthours
above it
above 1000
1,100