| Element |
Display |
|
<p:anion>
|
[Ni(CN)4]2- for Ni(CN)42-
|
|
<p:arctrig>
|
Remember to enter inverse trigonometric functions such as sin–1(x) as either asin(x) or arcsin(x).
|
|
<p:cation>
|
[NH4]+ for NH4+
|
|
<p:charge>
|
Type your answer using the format +1 and -2.
|
|
<p:commalist>
|
Enter your answers as a comma-separated list.
|
|
<p:dependent>
|
If the system is dependent, enter DEPENDENT.
|
|
<p:diverges>
|
If the quantity diverges, enter DIVERGES.
|
|
<p:dne>
|
If an answer does not exist, enter DNE.
|
|
<p:electronconfig1>
|
Type your answer using the format 1s2 2s2 for 1s22s2.
|
|
<p:electronconfig2>
|
Type your answer using the format [Ar] 4s2 3d10 4p2 for [Ar]4s23d104p2.
|
|
<p:expand>
|
Expand your answer completely.
|
|
<p:factor>
|
Factor your answer completely.
|
|
<p:fig>
|
Figure
|
|
<p:format>
|
Type your answer using the format
|
|
<p:formula1>
|
CO2 for CO2
|
|
<p:formula2>
|
Al(OH)3 for Al(OH)3
|
|
<p:fset>
|
Enter 0, the number zero, in any unused blanks in a financial statement.
|
|
<p:graphline>
|
Graph the points and the line.
|
|
<p:impossible>
|
If not possible, enter IMPOSSIBLE.
|
|
<p:inconsistent>
|
If the system is inconsistent, enter INCONSISTENT.
|
|
<p:independent>
|
If the system is independent, enter INDEPENDENT.
|
|
<p:infinity>
|
If you need to use  or –, enter INFINITY or –INFINITY, respectively.
|
|
<p:kcomplex>
|
[A2]1+ / ([B2] * [C]1-) for [A21+] / ([B2] * [C1-])
|
|
<p:ksimple>
|
[CO2]2/[H2][Fe]2 for [CO2]2 / [H2][Fe]2
|
|
<p:logic>
|
Use ~ for logical not, \/ for logical or, /\ for logical and, -> for implies and <-> to represent the biconditional.
|
|
<p:lowcoeff>
|
Use the lowest possible coefficients.
|
|
<p:lrtv>
|
larger t-value
|
|
<p:lrv>
|
larger value
|
|
<p:lrxv>
|
larger x-value
|
|
<p:lryv>
|
larger y-value
|
|
<p:lrzv>
|
larger z-value
|
|
<p:lttv>
|
largest t-value
|
|
<p:ltv>
|
largest value
|
|
<p:ltxv>
|
largest x-value
|
|
<p:ltyv>
|
largest y-value
|
|
<p:ltzv>
|
largest z-value
|
|
<p:matrixlist>
|
Enter each matrix in the form [[row 1], [row 2], ...], where each row is a comma-separated list.
|
|
<p:multiplicity>
|
Enter all answers including repetitions.
|
|
<p:namecomplexion>
|
Type your answer using the format iron(II) ion for Fe2+.
|
|
<p:nameioniccompound>
|
Type your answer using the format copper(II) chloride for CuCl2.
|
|
<p:nf>
|
If the expression is not factorable, enter NF.
|
|
<p:nfinteger>
|
If it is not factorable using integers, enter NF.
|
|
<p:noinverse>
|
If the inverse is undefined, enter UNDEFINED.
|
|
<p:nonphysical>
|
If the situation described is non-physical enter NONPHYSICAL.
|
|
<p:nosoln>
|
If there is no solution, enter NO SOLUTION.
|
|
<p:notreal>
|
If the solution is not a real number, enter NOT REAL.
|
|
<p:nuclear>
|
Enter the first (raised) number in the first box, the second (lower) number in the second box, and the symbol of the element in the third box.
|
|
<p:nuclear2>
|
Use beta for and e to represent an electron.
|
|
<p:orbitaldiagram>
|
Enter UP to indicate an upwards pointing arrow, DOWN to indicate a downwards pointing arrow, UP/DOWN to indicate two arrows, and BLANK to indicate no arrows.
|
|
<p:order12>
|
Enter your answers from smallest to largest.
|
|
<p:orderaz>
|
Enter your answers in alphabetical order.
|
|
<p:ordercomplex>
|
Order your answers smallest to largest first by real part, then by imaginary part.
|
|
<p:orderop>
|
Order your answers from smallest to largest x, then from smallest to largest y.
|
|
<p:oxidation>
|
Type your answer using the format +1 and -2.
|
|
<p:papersub>
|
Do this on paper. Your instructor may ask you to turn in this work.
|
|
<p:powertrig>
|
Enter trigonometric powers such as sin2(x) as (sin(x))2. Read More.
|
|
<p:prime>
|
If the expression is not factorable using integers, enter PRIME.
|
|
<p:ranking>
|
Use only ">" or "=" symbols. If any elements are equal, show their equality in alphabetic order - for example: a>b=c.
|
|
<p:reals>
|
If all real numbers are solutions, enter REALS.
|
|
<p:rowop>
|
Enter your row operation as a formula using R_1 for row 1 and so on. Example: 'add two times row 3 to row 2' would be written as 2*R_3 + R_2 -> R_2. 'Swap row 1 with row 2' would be written as R_1 <-> R_2.
|
|
<p:scinot>
|
Type your answer using one of the following formats, 1.2e-3 for 0.0012 and 1.20e+2 for 120.
|
|
<p:selectall>
|
Select all that apply.
|
|
<p:selectgraph>
|
Select the correct graph.
|
|
<p:simplify>
|
Simplify your answer completely.
|
|
<p:srtv>
|
smaller t-value
|
|
<p:srv>
|
smaller value
|
|
<p:srxv>
|
smaller x-value
|
|
<p:sryv>
|
smaller y-value
|
|
<p:srzv>
|
smaller z-value
|
|
<p:sttv>
|
smallest t-value
|
|
<p:stv>
|
smallest value
|
|
<p:stxv>
|
smallest x-value
|
|
<p:styv>
|
smallest y-value
|
|
<p:stzv>
|
smallest z-value
|
|
<p:taccount>
|
Enter transactions in the T-accounts in the order they appear, including the beginning balances, if available. Enter 0, the number zero, in any unused blanks. Compute the final balance, if requested.
|
|
<p:undefined>
|
If the answer is undefined, enter UNDEFINED.
|
|
<p:unused>
|
Enter NONE in any unused answer blanks.
|
|
<p:variables>
|
Use the following variables as necessary:
|
|
<p:vector>
|
Enter each vector as a comma-separated list of its components.
|
|
<p:vectorlist>
|
Enter each vector in the form [x1, x2, ...].
|
