Explain brief about Goak Seek Command, Solver, Sceanerios

Obtaining the Chassis Serial Number · On a standalone switch:
Log in to the switch through Telnet or the console interface, and then run the display elabel backplane command in the user view to view electronic label information. In the command output, the BarCode field indicates the chassis serial number.
<Quidway> display elabel backplane
Info: It is executing, please wait...
[BackPlane_1]
/$[ArchivesInfo Version]
/$ArchivesInfoVersion=3.0

[Board Properties]
BoardType=EH02BAKKBarCode=2102113089P0BB000881
Item=02113089
...............
· In a CSS:
Log in to the master switch through Telnet or the console interface, and then run the display elabel backplane chassischassis-id command (chassis-id specifies the CSS ID of a member chassis) in the user view to view electronic label information. In the command output, the BarCode field indicates the serial number of the specified chassis.
<Quidway> display elabel backplane chassis ?
INTEGER<1-2> Chassis ID

<Quidway> display elabel backplane chassis 2
Info: It is executing, please wait...
[BackPlane_2]
/$[ArchivesInfo Version]
/$ArchivesInfoVersion=3.0

[Board Properties]
BoardType=EH02BAKKBarCode=2102113089P0BB000881
Item=02113549
...............

NOTE:
The command syntax may differ in different software versions. You can enter a question mark (?) to obtain help information about the command and set the chassis ID according to the help information.
Obtaining the Serial Number of a Card Log in to the master switch through Telnet or the console interface, and then run the display elabel command in the user view and specify a slot ID according to help information to view the electronic label of a card. In the command output, the BarCode field indicates the serial number of the card.
<Quidway> display elabel ?
<1-1> The present chassis
backplane Backplane
brief Display information briefly
<Quidway> display elabel 1/?
<4,6-8> <CMU1>
<FAN1-FAN2> <PWR1-PWR2>
<Quidway> display elabel 1/6 brief
Info: It is executing, please wait...


[Slot_6]
/$[Board Integration Version]
/$BoardIntegrationVersion=3.0


[Main_Board]
/$[ArchivesInfo Version]
/$ArchivesInfoVersion=3.0


[Board Properties]
BoardType=ET1D2S08SX1EBarCode=020LVF6TBB000043
Item=03020LVF
...............
NOTE:
The command syntax may differ in different software versions. You can enter a question mark (?) to obtain help information about the command and set the slot ID according to the help information.
Obtaining the Serial Number of a Power Module Log in to the master switch through Telnet or the console interface, and then run the display elabel command in the user view and specify a slot ID according to help information to view the electronic label of a power module. In the command output, the SN field indicates the serial number of the power module.
<Quidway> display elabel ?
<1-1> The present chassis
backplane Backplane
brief Display information briefly
<Quidway> display elabel 1/?
<5,8,13,16> <CMU1>
<FAN1-FAN5> <PWR1-PWR4>
<Quidway> display elabel 1/PWR1
Info: It is executing, please wait...

[Slot_21]
/$[Board Integration Version]
/$BoardIntegrationVersion=3.0


[Main_Board]
DATE=13_02_08 SN=A664A0212080086V0.9A
NOTE:
The command syntax may differ in different software versions. You can enter a question mark (?) to obtain help information about the command and set the slot ID according to the help information.
Obtaining the Serial Number of a Fan Module Log in to the master switch through Telnet or the console interface, and then run the display elabel command in the user view and specify a slot ID according to help information to view the electronic label of a fan module. In the command output, the BarCode field indicates the serial number of the fan module.
<Quidway> display elabel ?
<1-1> The present chassis
backplane Backplane
brief Display information briefly
<Quidway> display elabel 1/?
<5,8,13,16> <CMU1>
<FAN1-FAN5> <PWR1-PWR4>
<Quidway> display elabel 1/FAN2
Info: It is executing, please wait...

[Slot_18]
/$[Board Integration Version]
/$BoardIntegrationVersion=3.0


[Main_Board]
/$[ArchivesInfo Version]
/$ArchivesInfoVersion=3.0


[Board Properties]
BoardType=LE02FCMC BarCode=2103010JTF0123456789
Item=02120995
...............
NOTE:
The command syntax may differ in different software versions. You can enter a question mark (?) to obtain help information about the command and set the slot ID according to the help information.

You have two ways to solve an equation in the TI83PlusTI84PLUS

1. The solve( command the syntax of which is solve( expr, var,guess, {lower_limit, upper_limit}). Here expr is the expression (without =0), var is the variable you solve for, guess is you estimate of the solution, lower_limit and upper_limit are the bounds of the domain where you are looking for a solution. Of course your guess must be between theses limits.
2. The Interactive Solver.

The solve( command

• The solve command is accessed through the catalog of commands [2nd][0] (CATALOG).
  
• Press [LN] (S) to let the cursor jump to the first command that starts with s.
  
• Scroll down to reach the solve( command.
  
• Select it and press [ENTER]. The command echoes on main screen.
  
• Enter the different arguments: expr, var, guess, etc.
  
• Close the right parenthesis and press [ENTER].
  
• Wait for the solution to be displayed.

The interactive solver

Press [MATH][0:Solver]. You see what is on the first picture (I entered K-0.5*V^2). Press [ENTER]. You see what is on the right picture.


In the interactive solver you enter a value for all the parameters, constants, for all, save the entity you are solving for, here V. So you must clear the 0 to the right of the = sign after the V. when finished you press [ALPHA][ENTER] (SOLVE).
Here is what I get for the small exemple I chose.


Left -rt=0 shows that the root was found to within the calculator's tolerance.
As to the manual, you can visit the education.ti.com to download it

Hi,
I have no way of knowing why it is giving you wrong answers. If you have an idea what the answer might be, you should use this knowledge to help the calculator find your solution, either by giving a better guess (initial value) or by restricting the domain of values, instead of -1e99 and 1E99.

It is also possible that you may have set up the problem incorrectly. For this reason I am describing how to use the Solver and the solve( command.

You have two ways to solve an equation with the TI84Plus

1. The solve( command the syntax of which is solve( expr, var,guess, {lower_limit, upper_limit}). Here expr is the expression (without =0), var is the variable you solve for, guess is you estimate of the solution, lower_limit and upper_limit are the bounds of the domain where you are looking for a solution. Of course your guess must be between theses limits.
2. The Interactive Solver.

The solve( command

• The solve command is accessed through the catalog of commands [2nd][0] (CATALOG).
  
• Press [LN] (S) to let the cursor jump to the first command that starts with s.
  
• Scroll down to reach the solve( command.
  
• Select it and press [ENTER]. The command echoes on main screen.
  
• Enter the different arguments: expr, var, guess, etc.
  
• Close the right parenthesis and press [ENTER].
  
• Wait for the solution to be displayed.

The interactive Solver

Press [MATH][0:Solver]. You see what is on the first picture (I entered K-0.5*V^2). Press [ENTER]. You see what is on the right picture.


In the interactive solver you enter a value for all the parameters, constants, for all, save the entity you are solving for, here V. So you must clear the 0 to the right of the = sign after the V. when finished you press [ALPHA][ENTER] (SOLVE).
Here is what I get for the small exemple I chose.


Left -rt=0 shows that the root was found to within the calculator's tolerance.

Hope it helps.
Thank you for using FixYa.

Hi,
You have two ways to solve an equation (not just linear) in the TI83Plus

1. The solve( command the syntax of which is solve( expr, var,guess, {lower_limit, upper_limit}). Here expr is the expression (without =0), var is the variable you solve for, guess is you estimate of the solution, lower_limit and upper_limit are the bounds of the domain where you are looking for a solution. Of course your guess must be between theses limits.
2. The Interactive Solver.

The solve( command

• The solve command is accessed through the catalog of commands [2nd][0] (CATALOG).
  
• Press [LN] (S) to let the cursor jump to the first command that starts with s.
  
• Scroll down to reach the solve( command.
  
• Select it and press [ENTER]. The command echoes on main screen.
  
• Enter the different arguments: expr, var, guess, etc.
  
• Close the right parenthesis and press [ENTER].
  
• Wait for the solution to be displayed.

The interactive solver

Press [MATH][0:Solver]. You see what is on the first picture (I entered K-0.5*V^2). Press [ENTER]. You see what is on the right picture.


In the interactive solver you enter a value for all the parameters, constants, for all, save the entity you are solving for, here V. So you must clear the 0 to the right of the = sign after the V. when finished you press [ALPHA][ENTER] (SOLVE).
Here is what I get for the small exemple I chose.


Left -rt=0 shows that the root was found to within the calculator's tolerance.

Hope it helps.
Thank you for using FixYa.

explain ur complete problem

then pls explain in brief.

Your Solver is a numerical solver not a symbolic one. You have to supply an initial guess at a solution and the Solver finds it. If you suspect, or know, that there are others jut run the solver again supplying the initial guess for each additional solution.
One easy way to locate the roots of an equation is to draw the function (without =0) and see on the graph the approximate values of x where the function vanishes. These approximate values of the roots can be used as initial guesses in the Solver.

Uninstall your printer driver.Again install it with correct driver.If your problem is not solver please check your printer cable.u may get right character now.