10,000 megaohms equals how many gigaohms?
492404
10,000 Megaohms = 10 Gigaohms\n\n1x10^-12 - pico\n\n1x10^-9 - nano\n\n1x10^-6 - micro\n\n1x10^-3 - milli\n\n1x10^3 - kilo\n\n1x10^6 - Mega\n\n1x10^9 - Giga\n\n1x10^12 - Tera
638321
1 Siemens = 1/ohm, so\n\n1/(0.0000054 Siemens/cm) = 1.85 x 10^5 ohm*cm
745468
Easy!\nIf the input is the same(1.1kW) it depends on their performance.
374444
100\n\n(10mm=1cm; 10x10=100)
419106
If the intensity is 1000x greater, you would have 80 dB because each 10 dB is 10x.
677953
1000= 10 * 10 * 10 or 10^3
227248
between 120000 and 20000 volts= 70000 volts adv.\n15500 amps
679493
You would find the cube root of 1000, which is 10cm.
977730
bit (b)\n1 byte (B) = 8 bits \n1 Kilobyte (K / KB) = 10^3 bytes = 1,000 bytes \n1 Megabyte (M / MB) = 10^6 bytes = 1,000,000 bytes \n1 Gigabyte (G / GB) = 10^9 bytes = 1,000,000,000 bytes \n1 Terabyte (T / TB) = 10^12 bytes = 1,000,000,000,000 byte\n\n 1 Megabyte = 1,024,000 bytes.\n\n\nso\nThere are 1,000 KB (Kilo Bytes) in on MB (MegaByte)\nThere are 1,000 MB in one GB (GigaByte)
625137
Volume is L * W * H ... if the Volumen is 1000^3 and it's a cube, then L, W and H all = 1000cm\n\nDuh.
875194
never heard of those. but if you mean how  many kilobytes are in a megabyte the answer is 1000
696191
Technically 1024, which is a power of 2, but for all intents and purposes 1000.\n\n1000 bytes = 1 kb\n1000 kb = 1 mb\n1000 mb = 1 gb\n1000 gb = 1 tb
360215
The unit ma (correctly written as mA) is a unit of current, not voltage.\n\nTo be perfectly technical, mA refers to miliAmps, where as MA refers to MegaAmps.  1 MegaAmp = 1 billion milliAmps.I can only assume your meant mA since you would have to have one huge solar panel to be outputting MegaAmps of current.\n\nAlthough there is a releationship betweent electrical current and the voltage in a circit as given by ohms Law,\nV = R * I,\nyou cannot use it in this case to determine voltage.\n\nYour best bet to figure out the voltage output in your solar panel would either be to look at the documentation (if any), or just get out a voltage meter and measure it directly.
112990
C'mon don't anybody say 1000 again. its 1024.\n\nBytes in 1KB = 1024\nKB's in 1MB = 1024\nMB's in 1GB = 1024\nGB's in 1TB = 1024\n\nI stand subject to correction for the following:\nTB's in 1 PB = 1024\nPB's in 1 EB = 1024\nEB's in 1 ZB = 1024\nZB's in 1 YB = 1024\n\n(Tera, Peta, Exa, Zetta, Yotta)
491209
175.76 Amperes...\nusing m=z*i*t\nz=63.546/96500\nt=24*60*60\nm=10*1000
161966
MkWh  is Million kilowatt-hours, a VERY large unit of measurement for energy.   One MkWh is equal to 1 million kilowatt-hours.  This is a term used by the electrical power industry since electrical energy is usually metered in kilowatt-hours.  To define a very large amount of it without confusing the non-engineering types too much, they developed the term MkWh instead of saying Gigawatt-hours\n\nA MWh (megawatt-hour) is 1,000 kWh (kilowatt-hours), therefore, one 1MkWh = 1,000 MWh\n\nKeep these engineering notations in mind:\n\nk (kilo)  =  10^3  or 1,000\nM (mega)  =  10^6  or 1,000,000\nG (giga)  =  10^9  or 1,000,000,000
821458
Use Ohm's Law.\n\nMake the network, put 10 volts across it, find how much current is being drawn across the 10 volts.\n\nE = iR so R = E/i, where E is 10 volts, and i is the current, amps, then R is the resistance in Ohms.