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State 500,000 Milliamperes as Amperes

question 20

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 MULTIPLICATION FACTOR  PREFIX SYMBOL 1,000,000=106 mega M1,000=103 kilo k100=102 hecto h10=10 deka da0.1=101deci d0.01=102 centi c0.001=103 milli m0.000001=106 micro μ0.000000001=109 nano n0.00000000001=1012 pico p\begin{array}{|r|c|c|}\hline \text { MULTIPLICATION FACTOR } &\text { PREFIX } &\text {SYMBOL } \\\hline 1,000,000 =10^{6}&\text { mega }& M\\1,000 =10^{3} &\text { kilo }& k\\100 =10^{2} &\text { hecto }& h \\10 =10&\text { deka }&da\\\hline0.1= 10^{-1} & \text {deci } &d\\0.01= 10^{-2} & \text { centi } &c\\0.001= 10^{-3} & \text { milli } &m\\0.000001= 10^{-6}& \text { micro } &μ \\0.000000001= 10^{-9} & \text { nano } &n\\0.00000000001= 10^{-12} & \text { pico } &p\\\hline\end{array}



 QUANTITY  UNIT  SYMBOL  power  kilowatt  KW   watt  W  electric current  ampere A electrom otive force  volt V electric resistance  ohm Ω energy  megajoule MJ kilojoule kJ joule J kilowatt-hour (3.6 MJ) k/h frequency  megahertz MHz kilohertz kHz hertz Hz electric capacitance  farad F( inductance  henry H\begin{array}{|l|l|c|}\hline \text { QUANTITY } & \text { UNIT } & \text { SYMBOL } \\\hline \text { power } &\text { kilowatt } & \text { KW } \\ \text { } &\text{ watt } & \text { W } \\\hline \text { electric current } &\text { ampere } & \mathrm{A} \\\hline \text { electrom otive force } & \text { volt } & \mathrm{V} \\\hline \text { electric resistance } &\text { ohm } & \Omega \\\hline \text { energy } &\text { megajoule }& \mathrm{MJ} \\ &\text { kilojoule } & \mathrm{kJ}\\ &\text { joule } & \mathrm{J}\\ &\text { kilowatt-hour (3.6 MJ) }&\mathrm{k} / \mathrm{h} \\\hline \text { frequency }&\text { megahertz } & \mathrm{MHz} \\&\text { kilohertz } & \mathrm{kHz} \\&\text { hertz } & \mathrm{Hz}\\\hline \text { electric capacitance } & \text { farad } & \mathrm{F} \\(\text { inductance }&\text { henry } & \mathrm{H}\\\hline\end{array} State 500,000 milliamperes as amperes.


Definitions:

DNA Ligase

An enzyme that facilitates the joining of DNA strands together by catalyzing the formation of a phosphodiester bond between them.

Plasmid

A plasmid is a small, circular, double-stranded DNA molecule found in bacterial cells and some eukaryotes, often carrying genes that provide antibiotic resistance or other advantages to the cell.

PCR

Polymerase Chain Reaction, a laboratory technique used to amplify segments of DNA for analysis.

DNA Cloning

The process of selectively amplifying DNA sequences so their structure and function can be studied.

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