Use of MathType software with MSWord

185

description

This is about using MathType software with MSWord.

Transcript of Use of MathType software with MSWord

Page 1: Use of MathType software with MSWord
Page 2: Use of MathType software with MSWord

Equation Numbering

• The equation numbering commands allow you to insert equation numbers in a Word document in a variety of formats. You can also insert references to these numbers; both numbers and references are automatically updated whenever you add new equation numbers to the document. Equation references can also be placed in footnotes and endnotes.

• The equation numbers are quite separate from equations in a Word document; if you delete an equation its equation number (if any) is not automatically deleted. Similarly, an equation reference is actually a reference to an equation number, rather than a reference to the equation itself.

Page 3: Use of MathType software with MSWord

Differentiate the following with respect to x

2

1 sinlog

1 sin

1 sinlet log

1 sin

log(1 sin ) log(1 sin )

log 1 sin log 1 sin

1 1cos cos

1 sin 1 sin

cos 1 sin cos 1 sin

1 sin 1 sin

cos cos sin cos cos sin

1 sin

x

x

xy

x

x x

dy d dx x

dx dx dx

x xx x

x x x x

x x

x x x x x x

2

2cos2sec

1 sin

xx

xx

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MathType Window Environment

MathType Window and Equation

Key Board Short Cuts

MS Word and Equation Numbering

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MathType Menu

MathType Tool Bar

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Menu BarSymbol Palette

Template Palette

Large Tabbed Bar

Small Bar

Small Tabbed BarTab Settings

Ruler

Status Bar

TabsHan

dle

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Empty slot

A slot waiting to accept text, number, symbol, Template etc

Parts of Equation Templates

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Insertion Point

A blinking horizontal and vertical line or cursor

Parts of Equation Template

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Selection

Highlighted part to be Edited

Parts of Equation Template

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Status Bar

Status Bar Contains Four Areas

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Status Bar

When you move the mouse pointer in the MathType Window the Status Bar Display

changes temporarily

The Mouse Pointer is on the Matrix Template

The Status Bar text is -

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Status Bar

By right clicking on the status bar, You can customise it temporarily

Color slot is right clicked.

Blue color is set.

Color of the equation is blue

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Status Bar

What you should next

At Times it tells you -

Work, it has carried out

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TOOLBAR

Normally the toolbar is docked like this

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TOOLBAR

By clicking on the handle, you can drag and place it anywhere in the window

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MathType Window and Equation

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MathType Window and Equation

• Typing the Equation• Editing the equation• Spacing and Alignment• Formatting with Tabs• Text in Equation• Inserting a Template in an Empty Slot• Customising ToolBars• Add Special Symbols to Equation Editor

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Typing the Equation

2112 sin tany x c x

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Activate the MathType Window

Click the button

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Activate the MathType Window

Select Sub-Menu

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Cursor Blinking

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Typing the Equation

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Typing the Equation

y

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Typing the Equation

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Typing the Equation

y

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Typing the Equation

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Typing the Equation

112y

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Typing the Equation

112y

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Typing the Equation

112y si

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Typing the Equation

112 siny x

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Typing the Equation

112 siny x c

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Typing the Equation

Ctrl + H

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Typing the Equation

2112 sin tany x c x

Insert from Template

(or) ctrl + G , m

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Typing the Equation

• Open MS Word

• Click the Insert Display Equation

• MathType Window opens

• Type the equation using the proper templates

• Remember Your spacebar is inactive

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Typing the Equation

• Editor knows where to leave space

• Editor knows what are variables

• Editor knows what are texts

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Editing the Equation

• Editing arises –

• When you commit a mistake

• When you try to modify an equation

• When you try to use a segment of an equation in another place

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Editing the Equation

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Editing the Equation

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Editing the Equation

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Editing the Equation

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Editing the Equation

2 2 211 1

1

n

x ni

x nx

2 2 211 1

1

n

x ni

x nx

You haven’t put = sign

Type = sign

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Editing the Equation

314 4

2

4 1

2 3

xI dx

x x

312 5

2

4 1

7

xI dx

x x

There are only a few differences between the two equations

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Editing the Equation

2 22 2

n xy x yr

n x x n y y

2 22 2

n xy x yr

n x x n y y

Select & CopyPaste & Edit

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Editing the Equation

• Press the Tab Key to move in the clockwise direction to different positions or Slots

• Press Shift + Tab Key to move in the anti-clockwise direction

• If you notice slating lines across your equation - you haven’t come out of the Math Window after editing

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Spacing and Alignment

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Spacing and Alignment

1

0

1

0

lim

limsup ,

an

nn

a x dx a

a x b x dx a b

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Spacing and Alignment

1

0

1

0

lim

limsup ,

an

nn

a x dx a

a x b x dx a b

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Spacing and Alignment

1

0

1

0

limsup

limsup ,

nn

nn

a x dx a

a x b x dx a b

Type the First Equation – Choose the Align at = sub menu from the Format Menu – Type the Second Equation

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Spacing and Alignment

Zero SpaceOne Point SpaceThin SpaceThick SpaceEm Space

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Formatting With Tabs

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Formatting With Tabs

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1 9.76 when is even

14.3 when is addk

n

x nc x

x n

Formatting With Tabs

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Type the expression on the left –hand side

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From the drop down choose left brace

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Type the right side expression using the empty slot

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After x Press Ctrl + Tab to effect Tab Format

Choose TEXT Sub-Menu From the STYLE Menu to Type

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At the end press ENTER key to have the next expression within the Brace

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At the end press ENTER key to have the next expression within the Brace

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Place the Insertion Point somewhere to the right of the Tab Mark

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Click This Tab

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Click in this area

Exactly Here in this case

A Left justification is made.

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If you want Right Justification at x

You can go for a Right Justification By creating Tab Marks

Just at the beginning of the expressions

1 9.76 when n is even

14.3 when n is addk

n

xc x

x

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Click This Tab

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Click in this area

Exactly Here in this case

A Right justification is made.

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If you want decimal point justification

You can go for decimal Justification

By creating Tab MarksJust at the beginning of the

expressions

1 9.76 when n is even

14.3 when n is addk

n

xc x

x

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Click This Tab

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Click in this area

A Decimal justification is made.

Exactly here in this case

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1 9.76 when is even

14.3 when is addk

n

x nc x

x n

Formatting With Tabs

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1 9.76 when is evenn kc x x n

Formatting With Tabs

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1 9.76 when is evenn kc x x n

Formatting With Tabs

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1 9.76 when is even

14.3 when is addk

n

x nc x

x n

Formatting With Tabs

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1 9.76 when is even

14.3 when is addk

n

x nc x

x n

Formatting With Tabs

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1 9.76 when is even

14.3 when is addk

n

x nc x

x n

Formatting With Tabs

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Text in Equation

Prob Probability that and occurProb /

Prob Probability that occurs

A BA B

B

both A B

B

Pr PrPr /

Pr Pr

ob obability that both and occurob

ob obability that occurs

A B A BA B

B B

Keep Typing inserting Templates and creating spaces using Ctrl + Space Bar

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Text in Equation

Prob Probability that and occurProb /

Prob Probability that occurs

A BA B

B

both A B

B

Pr PrPr /

Pr Pr

ob obability that both and occurob

ob obability that occurs

A B A BA B

B B

Before Typing these characters

Press Ctrl + B

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Text in Equation

Prob Probability that and occurProb /

Prob Probability that occurs

A BA B

B

both A B

B

Pr PrPr /

Pr Pr

ob obability that both and occurob

ob obability that occurs

A B A BA B

B B

All other Characters as variables

It assumes Pr as Probability Function

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Text in Equation

Prob Probability that and occurProb /

Prob Probability that occurs

A BA B

B

both A B

B

Pr PrPr /

Pr Pr

ob obability that both and occurob

ob obability that occurs

A B A BA B

B B

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Text in Equation

Prob Probability that and occurProb /

Prob Probability that occurs

A BA B

B

both A B

B

Pr PrPr /

Pr Pr

ob obability that both and occurob

ob obability that occurs

A B A BA B

B B

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Text in Equation

Prob Probability that and occurProb /

Prob Probability that occurs

A BA B

B

both A B

B

Pr PrPr /

Pr Pr

ob obability that both and occurob

ob obability that occurs

A B A BA B

B B

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Inserting a Template in an Empty Slot

11 12

21 22

deta a

p ba a

I A

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Inserting a Template in an Empty Slot

detp b I A

Ctrl + )

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Inserting a Template in an Empty Slot

detp b I A

Empty Slot

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Inserting a Template in an Empty Slot

detp b I A

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Inserting a Template in an Empty Slot

detp b

I A

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Inserting a Template in an Empty Slot

11 12

21 22

deta a

p ba a

I A

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Inserting a Template in an Empty Slot

11 12

21 22

deta a

p ba a

I A

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Customising Toolbars

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Customising Toolbars

You Want to move this Template

Here

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Customising Toolbars

Press the Alt Key and Click on the symbol. Hold the button and drag it to the spot

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Customising Toolbars

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Customising Toolbars

Want to have the Frequently used Equation here

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Customising Toolbars

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Customising Toolbars

Temporarily it resides here

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Add Special Symbols to Equations

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Add Special Symbols to Equations

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Add Special Symbols to Equations

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MS Word and

Equation Numbering

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3) we can show that 2cos 2 1 sin 2

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Type the text

We have two basic equations now:

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We have two basic equations now :

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Choose From

MathType Menu Insert Right

Numbered Display

Equation

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Choose From

MathType Tool Bar Insert Right

Numbered Display

Equation

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MathType presents a dialog box

Click OK button. Accept the default settings

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MathType Window opens

Type the 1st equation

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Click the Close Button

Choose Change and Return to <file Name> Sub Menu from

the File Menu

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MathType asks

Click Yes button

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We have two basic equations now :2 2cos sin 1 (1.1)

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Choose From MathType Tool Bar

Choose Insert Right Numbered Display

Equation

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Following theabove said methodInsert the Second

Equation

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

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Enter the Text Subtracting in the next

line

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Choose Insert Equation Reference From the

MathType Tool bar or from the MathType

Menu

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You are presented with a Insert Equation Reference Dialog Box

Click OK

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Double click on the Equation Number (1.2).

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting

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(1.2) appears after Subtracting

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2)

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Type the text from

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from

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Choose Insert Equation Reference From the

MathType Tool bar or from the MathType

Menu

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You are presented with a Insert Equation Reference Dialog Box

Click OK

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Double on the Equation Number (1.1).

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from

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(1.1) appears after from

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1)

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Type the text gives after(1.1)

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

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Choose From MathType Tool Bar

Choose Insert Right Numbered Display

Equation

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Following above method

Insert the Third Equation

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

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Type the text

Using

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Choose Insert Equation Reference From the

MathType Tool bar or from the MathType

Menu

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You are presented with a Insert Equation Reference Dialog Box

Click OK

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Double click on the Equation Number (1.3).

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using

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(1.3) appears after Using

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3)

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Type the text

We can show that

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3) we show that

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Choose either Insert Inline Equation button on the MathType Tool Bar or

Choose the sub menu Insert Inline Equation

from the MathType Menu

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Insert the Equation2cos 2 1 sin 2

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The Equation appears after the text

2cos 2 1 sin 2

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3) we can show that 2cos 2 1 sin 2

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A Quick Glance

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We have two basic equations now :

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We have two basic equations now :2 2cos sin 1 (1.1)

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2)

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1)

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using

Page 161: Use of MathType software with MSWord

We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3)

Page 162: Use of MathType software with MSWord

We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3) we show that

Page 163: Use of MathType software with MSWord

We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3) we can show that 2cos 2 1 sin 2

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Inserting Text and Renumbering

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INSERTING A TEXT LINE AND

EQUATION

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.3)

Using (1.3) we can show that 2cos 2 1 sin 2

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Just below the equation (1.2), we are going to add -

Adding these two together, we obtain

2 12cos 1 cos 2 (1.3)

- and obtain

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.4)

Using (1.4) we can show that 2cos 2 1 sin 2

Adding these two together, we obtain

2 12cos 1 cos 2 (1.3)

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Open the page and just below the (1.2) equation type the text-

Adding these two together, we obtain

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.4)

Using (1.4) we can show that 2cos 2 1 sin 2

Adding these two together, we obtain

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Choose From

MathType Menu Insert Right

Numbered Display

Equation

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Choose From

MathType Tool Bar Insert Right

Numbered Display

Equation

OR

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MathType Window opens

Type the equation

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Click the Close Button on the right top corner

MathType asks

Click Yes button

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(or)

Choose Change and Return to <file Name> Sub Menu from the

File Menu

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Click the Close Button on the right top corner

MathType asks

Click Yes button

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We have two basic equations now :2 2cos sin 1 (1.1)

2 2 2cos sin cos 2 (1.2)

Subtracting (1.2) from (1.1) gives

12sin 1 cos 2 (1.4)

Using (1.4) we can show that 2cos 2 1 sin 2

Adding these two together, we obtain

2 12cos 1 cos 2 (1.3)

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Inserting Templates

Inserting Symbols

Alignment-Nudging

Alignment-Spacing

Character Formatting

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Inserting Templates

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Inserting Symbols

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Alignment-Nudging

2xSelect and then

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Alignment-Spacing

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Character Formatting

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