MPBounce:MultiPlot is not responding. Check that Multiplot is running and try again. You must have version 2 or later of Multiplot installed
PipeBroke:Data Transfer Failed! Receiver died
Eequalk:You have entered the same value for both k1 and k2. The algorithm does not allow this. Please change the value of one of the rate constants
Ek10:If you set k1 equal to zero then no reaction is possible
Etime0:You have not entered a positive value for the time of reaction. Please enter a suitable value for the time of reaction
DoDrag:To save, drag the icon to a directory viewer
Egraph1:There is a problem with the plotting routines. The low and high values for the axis range must be different
# Warning messages
Wnk2iszero:You have entered a value of zero for k2. The second step in the reaction will not occur. Do you wish to still plot the graph?
Wnk2iszero1:Plot graph
Wnk2iszero2:Cancel
# Help messages
UC1:The help file has not been found in the application. I am sorry but full on-line help will not be available
InfoW:\Tinformation \w for the application
InfoW1:\Tname of the application
InfoW2:This application demonstrates the variation of concentration during a sequential first order reaction mechanism
InfoW3:The author, Chris Johnson, can be contacted at|M 7, Lovedale Grove, Balerno, Edinburgh, EH14 7DR|MSuggestions for improvements, reports of bugs etc are always welcomed
InfoW4:\Tversion number and the date it was produced|MRegistered users can obtain the latest version at any time by sending a disc together with return postage to the author
EntryW:This is the \w where you enter the kinetic parameters|MUse MENU for example parameters and more help
EntryW5:\Scalculate the variation of the concentrations during the reaction and show the results graphically
EntryW16:\Sclear all the values you have entered
EntryW13:\Sclose this \w|MThe current data will be retained
EntryW8:\Tinitial concentration of component A in arbitrary units
EntryW9:Enter the rate constant (in s-¹) for the first step of the reaction
EntryW10:Enter the rate constant (in s-¹) for the second step of the reaction|MIt must not be the same as the first rate comstant
EntryW11:Enter the total time of reaction in seconds
EntryW12:Here are the number of steps into which the total reaction time is split|MUse the arrow icons to change the value
EntryW14:\S%0 the number of time increments used in the simulation|MThe more increments the smoother the graph, but the longer the calculations take
EntryW14a:decrease
EntryW14b:increase
EntryW17:\Sturn on help messages
GraphW:This \w shows the plot of concentrations in series reactions|MUse MENU to scale the graphs for B and C
Save:This \w allows you to save your data as a file in %0 format
Save0:\Da directory viewer to save the data in %0 format
Save1:Enter the name for the file you wish to save|MIf the full path name is entered you may then click on OK or press RETURN|MIf you just enter the filename then you must drag the file icon to a directory viewer
Save2:\Ssave the data in %0 format|MThe full path name must be set up in the writable icon for this to work
Ibaricon:\TA>B>C (series reactions) icon|M\Sopen the main \w
# Menu help messages
Mibar0:\Rsee information about A>B>C and the author
Mibar1:\Squit the A>B>C application
Mentry0:\Sopen help \w
Mentry1:\Renter example parameters
Mentry1>0:\Sdemonstrate the case when k1>>k2
Mentry1>1:\Sdemonstrate the case when k1<<k2|MThis is somewhat like the stationary state system
Mentry1>2:\Sdemonstrate the case when k1 and k2 are similar in value|MYou cannot have k1=k2
Mgraph0a/Mgraph1a:\Sreturn to using unscaled values for [%0]
Mgraph0b/Mgraph1b:\Sautomatically scale the line for [%0] to bring its maximum value to between 10 and 100
Mgraph0c/Mgraph1c:\Sautomatically scale the line for [%0]|MWith the current values there is no need for this action
Mgraph2:\Sdirectly transfer the data to MultiPlot|MMultiPlot must be running for this to work
Mgraph3:\Rsave the data as a MultiPlot file
Mgraph4:\Rchoose whether to export data to Multiplot as points or lines
Mgraph4>0u:\Suse data points when you transfer the data to MultiPlot, or save a MultiPlot file
Mgraph4>1u:\Suse line segments when you transfer the data to MultiPlot, or save a MultiPlot file
Mgraph4>0t:This item is ticked|MData will be transferred or saved in MultiPlot format as points
Mgraph4>1t:This item is ticked|MData will be transferred or saved in MultiPlot format as line segments