Units in Scientific Notebook

Units appear in the Scientific Notebook screen with dark green characters. Units are in mathematics mode and are active mathematical objects.

$\blacktriangleright$ To enter a unit in a Scientific Notebook document

  1. Place the insertion point at the position where you want the unit name.

  2. Choose Insert + Unit Name.

  3. Select a category from the Physical Quantity list.

  4. Select a name from the Unit Name list.

  5. Choose Insert.

The unit name will appear at the position of the insertion point.

Units are automatically recognized and can be entered from the keyboard. See keyboard shortcuts below.

$\blacktriangleright$ To enter a unit from the keyboard

  1. Place the insertion point at the position where you want the unit name.

  2. If the insertion point is not in mathematics mode, click itbpF0.3009in0.3009in0.0701intext.wmf, choose Insert + Mathematics, or press CTRL + M to place the insertion point in mathematics mode.

  3. Type `u` followed by the unit symbol, with the following exceptions.


Autorecognition is case sensitive, so type upper case where indicated. The unit symbol should turn green when you type the last character.

Units available in the Unit Name dialog and their keyboard shortcuts are shown in the following tables. The four columns represent \fbox{$
\begin{tabular}{\vert l\vert l\vert l\vert l\vert}
\hline
\textsf{Phys...
...nc{Unit}$ $\limfunc{Symbol}$ & $Keyboard\ Shortcut$ \\ \hline
\end{tabular}
$} .


Activity Becquerel $\unit$Bq uBq
  Curie $\unit$Ci uCi


Amount of Substance Mole $\unit$mol umol


Area Acre $\unit$acre uacre
  Square foot $\unit$ft2 uft (insert superscript)
  Square inch $\unit$in2 uin (insert superscript)
  Square meter $\unit$m2 ume (insert superscript)


Current Ampere $\unit$A uA
  Microampere $\unit$$\UNICODE$0x3bcA umcA
  Milliampere $\unit$mA umA
  Nanoampere $\unit$nA unA


Electric capacitance Farad $\unit$F uF
  Microfarad $\unit$$\UNICODE$0x3bcF umcF
  Millifarad $\unit$mF umF
  Nanofarad $\unit$nF unF
  Picofarad $\unit$pF upF


Electric charge Coulomb $\unit$C uCo
       
Electric conductance Kilosiemens $\unit$kS ukS
  Microsiemens $\unit$$\UNICODE$0x3bcS umcS
  Millisiemens $\unit$mS umS
  Siemens $\unit$S uS


Electrical potential difference Volt $\unit$V uV
       
Electric resistance Gigaohm $\unit$G$\UNICODE$0x3a9 uGohm
  Kiloohm $\unit$k$\UNICODE$0x3a9 ukohm
  Megaohm $\unit$M$\UNICODE$0x3a9 uMohm
  Milliohm $\unit$m$\UNICODE$0x3a9 umohm
  Ohm $\unit$$\UNICODE$0x3a9 uohm


Energy British thermal unit $\unit$Btu uBtu
  Calorie $\unit$cal ucal
  Electron volt $\unit$eV ueV
  Erg $\unit$erg uerg
  Gigaelectronvolt $\unit$GeV uGeV
  Joule $\unit$J uJ
  Kilocalorie $\unit$kcal ukcal
  Megaelectronvolt $\unit$MeV uMeV
  Microjoule $\unit$$\UNICODE$0x3bcJ umcJ
  Millijoule $\unit$mJ umJ
  Nanojoule $\unit$nJ unJ


Force Dyne $\unit$dyn udyn
  Newton $\unit$N uN
  Pound $\unit$lb ulb


Frequency Exahertz $\unit$EHz uEHz
  Gigahertz $\unit$GHz uGHz
  Hertz $\unit$Hz uHz
  Kilohertz $\unit$kHz ukHz
  Megahertz $\unit$MHz uMHz
  Petahertz $\unit$PHz uPHz
  Terahertz $\unit$THz uTHz


Illuminance Footcandle $\unit$fc ufc
  Lux $\unit$lx ulx
  Phot $\unit$phot uphot


Length Angstrom $\unit$Å uan
  Attometer $\unit$am uam
  Centimeter $\unit$cm ucm
  Femtometer $\unit$fm ufm
  Foot $\unit$ft uft
  Inch $\unit$in uin
  Kilometer $\unit$km ukm
  Meter $\unit$m ume
  Micrometer $\unit$$\UNICODE$0x3bcm umcm
  Mile $\unit$mi umi
  Millimeter $\unit$mm umm
  Nanometer $\unit$nm unm
  Picometer $\unit$pm upm


Luminance Stilb $\unit$sb usb
       
Luminous flux Lumen $\unit$lm ulm
       
Luminous intensity Candela $\unit$cd ucd


Magnetic flux Maxwell $\unit$Mx uMx
  Weber $\unit$Wb uWb
       
Magnetic flux density Gauss $\unit$G uGa
  Tesla $\unit$T uTe
       
Magnetic inductance Henry $\unit$H uHe


Mass Atomic mass unit $\unit$u uu
  Gram $\unit$g ugr
  Kilogram $\unit$kg ukg
  Microgram $\unit$$\UNICODE$0x3bcg umcg
  Milligram $\unit$mg umg


Plane angle Degree $\unit$$\UNICODE$0xb0 udeg
  Microradian $\unit$$\UNICODE$0x3bcrad umcrad
  Milliradian $\unit$mrad umrad
  Minute $\unit$$\UNICODE$0x2032 udmn
  Radian $\unit$rad urad
  Second $\unit$$\UNICODE$0x2033 uds


Power Gigawatt $\unit$GW uGW
  Horsepower $\unit$hp uhp
  Kilowatt $\unit$kW ukW
  Megawatt $\unit$MW uMW
  Microwatt $\unit$$\UNICODE$0x3bcW umcW
  Milliwatt $\unit$mW umW
  Nanowatt $\unit$nW unW
  Watt $\unit$W uWa


Pressure Atmosphere $\unit$atm uatm
  Bar $\unit$bar ubar
  Millibar $\unit$mbar umbar
  Pascal $\unit$Pa uPa
  Torr $\unit$torr utorr


Solid angle Steradian $\unit$sr usr
       
Temperature Celsius $\unit$$\UNICODE$0x2103 ucel
  Fahrenheit $\unit$$\UNICODE$0x2109 ufahr
  Kelvin $\unit$K uK
       


Time Attosecond $\unit$as uas
  Day $\unit$d uda
  Femtosecond $\unit$fs ufs
  Hour $\unit$h uhr
  Microsecond $\unit$$\UNICODE$0x3bcs umcs
  Millisecond $\unit$ms ums
  Minute $\unit$mn umn
  Nanosecond $\unit$ns uns
  Picosecond $\unit$ps ups
  Second $\unit$s use
  Year $\unit$y uy


Volume Cubic foot $\unit$ft3 uft (insert superscript)
  Cubic inch $\unit$in3 uin (insert superscript)
  Cubic meter $\unit$m3 ume (insert superscript)
  Gallon (US) $\unit$gal ugal
  Liter $\unit$l uli
  Quart $\unit$qt uqt

$\blacktriangleright$ To enter compound units

You can use Math Name to define additional unit names. These names will appear gray, the same as a Math Name used for a function name.

$\blacktriangleright$ To define additional unit names

  1. Place the insertion point at the position where you want the unit name.

  2. Choose Insert + Math Name

  3. Type the name you want in the Name box and choose OK.

  4. Enter a defining equation, using one of the available units.

  5. With the insertion point in the equation, choose Define + New Definition.

$\blacktriangleright$ Define + New Definition

$\limfunc$century = 100$\unit$y

$\limfunc$decade = 10$\unit$y

$\blacktriangleright$ Solve + Exact

x$\limfunc$decade = 2$\limfunc$century, Solution is : $\left\{\vphantom{ x=20}\right.$x = 20$\left.\vphantom{ x=20}\right\}$

You can break the newly defined units down to their base SI components.

$\blacktriangleright$ Evaluate

5$\limfunc$century = 1 57784 63000$\unit$s

${\frac{{1}}{{2}}}$$\limfunc$decade = 157784630$\unit$s