Good day! I have a problem in adding two variable because if I add variable x with the value of 5 and variable y with the value of 10, I got the answer 510...it adds as if adding two string. I am using Actionsript 2.0.

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In Actionscript 2.0 the output to the script below will be 15. Make sure that the values for the variables do not contain strings or extra characters like quotation marks. num1 = 5; num2 = 10; sum = num1 + num2; trace(sum);

Posted on Sep 30, 2007

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Posted on Jan 02, 2017

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interest is interest

fixed is calculated yearly on the principle and is paid 365 days time

variable changes and is calculated daily ( 1/365 part of the interest rate ) and added to the remaining principle monthly

so if you have a loan of $1000.00 on fixed interest of 10% , regardless of how much you have repaid in a 12 month period , it is 10% of the principle loaned

with a variable interest the interest rate could be 10% today, 15% in 2 months time or 6% later on

it is variable

to add to that it is calculated on a daily basis (1/365 of 10%) and added to the principle left after receiving a payment on the loan

so for a $1000.00 the interest is added to that principle at the end of the month if there is no loan repayment or is added to the principle balance after a payment

the difference is that a variable interest rate loan will allow you to save money if you pay off well before the period of the loan but will add almost 2 to 3 times the loan if you pay the absolute minimum for the period of the loan

a fixed rate is where you know exactly the total interest to be paid at the end of term

fixed is calculated yearly on the principle and is paid 365 days time

variable changes and is calculated daily ( 1/365 part of the interest rate ) and added to the remaining principle monthly

so if you have a loan of $1000.00 on fixed interest of 10% , regardless of how much you have repaid in a 12 month period , it is 10% of the principle loaned

with a variable interest the interest rate could be 10% today, 15% in 2 months time or 6% later on

it is variable

to add to that it is calculated on a daily basis (1/365 of 10%) and added to the principle left after receiving a payment on the loan

so for a $1000.00 the interest is added to that principle at the end of the month if there is no loan repayment or is added to the principle balance after a payment

the difference is that a variable interest rate loan will allow you to save money if you pay off well before the period of the loan but will add almost 2 to 3 times the loan if you pay the absolute minimum for the period of the loan

a fixed rate is where you know exactly the total interest to be paid at the end of term

May 09, 2016 | Computers & Internet

Quick-Start Guide
When you enter an expression into the calculator, the calculator will simplify the expression by expanding multiplication and combining like terms. At this point the calculator will attempt to factor the expression by dividing a G C F, and identifying a difference between two squares, or factorable trinomials. Use the following rules to enter expressions into the calculator.
Variables
Any lowercase letter may be used as a variable.
Exponents
Exponents are supported on variables using the ^ (caret) symbol. For example, to express x 2, enter x ^ 2. Note: exponents must be positive integers, no negatives, decimals, or variables. Exponents may not currently be placed on numbers, brackets, or parentheses.
Parentheses and Brackets
Parentheses ( ) and brackets [ ] may be used to group terms as in a standard expression.
Multiplication, Addition, and Subtraction
For addition and subtraction, use the standard + and - symbols respectively. For multiplication, use the * symbol. A * symbol is optional when multiplying a number by a variable. For instance: 2 * x can also be entered as 2x. Similarly, 2 * ( x + 5 ) can also be entered as 2 ( x + 5 ) ; 2 x * ( 5 ) can be entered as 2 x ( 5 ). The * is also optional when multiplying parentheses, example: ( x + 1 ) ( x - 1 ).
Order of Operations
The calculator follows the standard order of operations taught by most algebra books - Parentheses, Exponents, Multiplication and Division, Addition and Subtraction. The only exception is that division is not currently supported; attempts to use the / symbol will result in an error.
Division, Square Root, Radi cals, Fractions
Division, square root, radi cals, and fractions are not supported at this time. A future release will add this functionality.

that's all I can say basically I learned it this way.

that's all I can say basically I learned it this way.

Jul 09, 2015 | Office Equipment & Supplies

Are you getting an error message? It could be your path EV. Try this

Look in C:\Windows\twain_32 and there should one other folder in there. In my case it was named CNQ4803.This is the path that is needed to be added into the PATH environment variable.

C:\Windows\twain_32\CNQ4803

Now, follow these instructions to get to the dialog to modify the PATH environment variable.Control Panel > System > and then choose Advanced System Settings in the left hand column.This will bring up the System Properties dialog (it should already be on the Advanced tab).At the bottom of this dialog is an Environment Variables button. Clicking this button will bring up the Environment Variables dialog. In the bottom panel, scroll until you find the variable named Path. Select this one and then hit the Edit... button to bring up the Edit System Variable dialog.

In the Variable value text box, scroll all the way to the right and then add in the path C:\Windows\twain_32\CNQ4803 that was determined earlier. Make sure to separate this value with a preceding semi-colon. And also be careful not to make any other changes to this value.

Now OK your way out of all of the dialogs and CanoScan Toolbox should now work as expected.

Look in C:\Windows\twain_32 and there should one other folder in there. In my case it was named CNQ4803.This is the path that is needed to be added into the PATH environment variable.

C:\Windows\twain_32\CNQ4803

Now, follow these instructions to get to the dialog to modify the PATH environment variable.Control Panel > System > and then choose Advanced System Settings in the left hand column.This will bring up the System Properties dialog (it should already be on the Advanced tab).At the bottom of this dialog is an Environment Variables button. Clicking this button will bring up the Environment Variables dialog. In the bottom panel, scroll until you find the variable named Path. Select this one and then hit the Edit... button to bring up the Edit System Variable dialog.

In the Variable value text box, scroll all the way to the right and then add in the path C:\Windows\twain_32\CNQ4803 that was determined earlier. Make sure to separate this value with a preceding semi-colon. And also be careful not to make any other changes to this value.

Now OK your way out of all of the dialogs and CanoScan Toolbox should now work as expected.

Nov 10, 2014 | Office Equipment & Supplies

I suppose you have 5 fingers in each hand.

If you put your two hands together, you make a new set of fingers out of the first two (the hands)

How many fingers in the new set, count them: 10.**When you count by 1, you are in fact adding 1 to the previous result**

You could see this new number of fingers as some combination (putting together, gathering) of the two numbers 5.

Mathematically you call this operation (combination)**addition**

The simplest things are sometimes the hardest to explain, or put into words.

**Terminology: words **

Let a and b be two numbers (Please do not ask me about their values: make up your own.)

The addition operation is symbolized by the + sign.

Addition of** a** and **b**, or of b to a is written as a+b.

The result of the operation is called its**sum **

If I write a+ b= c, where c is some number

b is called the**addend** ( it is short for addendum), c is the sum . For some authors both a and b are called addends. **You could say that any number involved in an addition (operation) is an addend.**

**Properties**

2+3= 3+2=5

For arbitrary numbers (numbers you may choose), you can write

a+b=b+a

The order of the terms (which comes first, and which second) has changed but the result is the same. This is a property that is common to (shared with) all additions. It has received a scientific name,**commutativity**.

The addition is a commutative operation and we write**a+b=b+a**

Now imagine you have to add three or more numbers

2+5 +17

You can do that in two steps

Add 2 and 5, then add the result to 17

(2+5)+17

You can also add in another way: add 5 and 17, then add the result to 2, which you write as 2+(5+17)

Let's compare the results of the two ways

(2+5)+17=7+17=24

2+ (5+17)=2+22=24

The two sums are identical. (2+5)+17=2+(5+17)=24

For other undisclosed numbers we can write

**(a+b)+c=a +(b+c)**

This property is verified by all sets of three numbers. It is a general property called**associativity**

There is another property

**Neutral element**.

In every set of numbers that has addition as a rule there is an element, call it**e,** such that

for any number a of the set**a+e=e+a=a**

the element e is called the neutral element, in that when added to a number it gives you back that number. For real numbers, the neutral element is the**number 0**.

**Summary** of words introduced :

**To add, addition, terms, addends, result, sum, commutativity, commutative property, associativity, associative property, neutral element.**

I will stop here, believing that you have ADDED many new terms (words) to you vocabulary.

If you put your two hands together, you make a new set of fingers out of the first two (the hands)

How many fingers in the new set, count them: 10.

You could see this new number of fingers as some combination (putting together, gathering) of the two numbers 5.

Mathematically you call this operation (combination)

The simplest things are sometimes the hardest to explain, or put into words.

Let a and b be two numbers (Please do not ask me about their values: make up your own.)

The addition operation is symbolized by the + sign.

Addition of

The result of the operation is called its

If I write a+ b= c, where c is some number

b is called the

2+3= 3+2=5

For arbitrary numbers (numbers you may choose), you can write

a+b=b+a

The order of the terms (which comes first, and which second) has changed but the result is the same. This is a property that is common to (shared with) all additions. It has received a scientific name,

The addition is a commutative operation and we write

Now imagine you have to add three or more numbers

2+5 +17

You can do that in two steps

Add 2 and 5, then add the result to 17

(2+5)+17

You can also add in another way: add 5 and 17, then add the result to 2, which you write as 2+(5+17)

Let's compare the results of the two ways

(2+5)+17=7+17=24

2+ (5+17)=2+22=24

The two sums are identical. (2+5)+17=2+(5+17)=24

For other undisclosed numbers we can write

This property is verified by all sets of three numbers. It is a general property called

There is another property

In every set of numbers that has addition as a rule there is an element, call it

for any number a of the set

the element e is called the neutral element, in that when added to a number it gives you back that number. For real numbers, the neutral element is the

I will stop here, believing that you have ADDED many new terms (words) to you vocabulary.

Dec 12, 2013 | Computers & Internet

maybe a for loop and a simple correct = variable + 1

Sep 06, 2012 | The PHP Group PHP

You can add angle measures by hitting 2nd angle and choosing the degree option. Put this after a value (e.g. 90(degrees symbol)) and add you can add angles that way. Be sure that you are in degree mode when doing this (you can use the radian symbol for adding radians too). Still, this is a very tedious process and I recommend just adding angles as regular values (e.g. 90 + 200 = 290) and correcting for degrees manually.

Feb 21, 2011 | Texas Instruments TI-84 Plus Calculator

Hello,

nDeriv( is valid only for real variables.

The syntax is as follows:

**nDeriv ( expression, variable, value, epsilon**)

**expression**: the function the derivative of which you want to calculate

**variable**: the name of the variable in the expression above (usually x)

**value:** the numerical value of the e x where you evaluate the derivative

**epsilon**: the numerical value of the tolerance. Default is 1x10^(-3). But you can change it to a smaller value to obtain a more precise result.

To use default value of epsilon

**nDeriv ( expression, variable, value**)

To use a different epsilon, ex 1x10^(-4)

**nDeriv ( expression, variable, value, 0.0001**)

nDeriv( A^3 , A, 5., 0.0001) should give you 75

Hope it helps.

nDeriv( is valid only for real variables.

The syntax is as follows:

To use default value of epsilon

To use a different epsilon, ex 1x10^(-4)

nDeriv( A^3 , A, 5., 0.0001) should give you 75

Hope it helps.

Oct 21, 2009 | Texas Instruments TI-84 Plus Calculator

6x+6=4x+12

Since 4x contains the variable to solve for, move it to the left-hand side of the equation by subtracting 4x from both sides.

6x+6-4x=12

Since 6x and -4x are like terms, add -4x to 6x to get 2x.

2x+6=12

Since 6 does not contain the variable to solve for, move it to the right-hand side of the equation by subtracting 6 from both sides.

2x=-6+12

Add 12 to -6 to get 6.

2x=6

Divide each term in the equation by 2.

(2x)/(2)=(6)/(2)

Simplify the left-hand side of the equation by canceling the common factors.

x=(6)/(2)

Simplify the right-hand side of the equation by simplifying each term.

x=3

Good Luck

Since 4x contains the variable to solve for, move it to the left-hand side of the equation by subtracting 4x from both sides.

6x+6-4x=12

Since 6x and -4x are like terms, add -4x to 6x to get 2x.

2x+6=12

Since 6 does not contain the variable to solve for, move it to the right-hand side of the equation by subtracting 6 from both sides.

2x=-6+12

Add 12 to -6 to get 6.

2x=6

Divide each term in the equation by 2.

(2x)/(2)=(6)/(2)

Simplify the left-hand side of the equation by canceling the common factors.

x=(6)/(2)

Simplify the right-hand side of the equation by simplifying each term.

x=3

Good Luck

Sep 10, 2009 | Audio Players & Recorders

If all values for a specific "dummy" variable are identical, then you should delete the variable, because it adds NO information to your analysis.

If all values for one "dummy" variable MATCH the values for another "dummy" variable, then the two variables are 100% correlated -- remove one of them from your analysis.

If all values for one "dummy" variable MATCH the values for another "dummy" variable, then the two variables are 100% correlated -- remove one of them from your analysis.

Apr 06, 2009 | SPSS 13.0 (30960UU)

above int main () you will want "using namespace std;" without quotes. Under that, "int main ()" without quotes, then a [ bracket to start the main function.

Please rate, thanks!

Please rate, thanks!

Mar 16, 2009 | Computers & Internet

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