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Here's how start first with the parenthesis (-10+4)=-6

=-6minus-3 is = -3

next thing to do is to solve -7-2 so it is = to -9

get the to result the -3 and -9 and then do this -3/-9 so if it is fraction it would be like this 1/3 as you can see the negative is gone. And if it is not a fraction here's how it would look like 0.3333333 unlimited no. 3 but its okay if you put just 0.3

Posted on Dec 08, 2012

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Posted on Jan 02, 2017

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Meaning what, exactly?

If you want a decimal representation of an exact number, press the SD key to switch from exact to approximate (decimal). If you want to expand a decimal number in powers of 10, separate all the digits, multiply every digit by a power of 10 with exponent equal to its position as counted from the decimal mark -1. To the left of the decimal mark, the exponent is positive. To the right of the decimal mark, the exponent is negative. Sum everything

Example

345.678 =3*10^(3-1)+4*10^(2-1)+5*10^(1-1)+6*10(-1)+7*10^(-2)+8*10^(-3)

If you want a decimal representation of an exact number, press the SD key to switch from exact to approximate (decimal). If you want to expand a decimal number in powers of 10, separate all the digits, multiply every digit by a power of 10 with exponent equal to its position as counted from the decimal mark -1. To the left of the decimal mark, the exponent is positive. To the right of the decimal mark, the exponent is negative. Sum everything

Example

345.678 =3*10^(3-1)+4*10^(2-1)+5*10^(1-1)+6*10(-1)+7*10^(-2)+8*10^(-3)

Jul 21, 2015 | Casio Office Equipment & Supplies

it is times like this when the saying "There is strength in unions " has a very real meaning. Tell him to get either union representation or legal representation to help with this problem

Dec 16, 2014 | Cars & Trucks

By itself, nothing. There are an infinite number of fractions with the same numerator, and any fractional number can have an infinite number of representations, each with a different numerator.

For example, consider the numerator "2". The fraction could be 2/3, 2/4, 2/5, 2/6, 2/7, etc.

Now consider the fraction "2/3". It can also be written as 4/6, 6/9, 8/12, 10/15, 12/18, etc.

For example, consider the numerator "2". The fraction could be 2/3, 2/4, 2/5, 2/6, 2/7, etc.

Now consider the fraction "2/3". It can also be written as 4/6, 6/9, 8/12, 10/15, 12/18, etc.

Mar 26, 2014 | Office Equipment & Supplies

What kind of a number is this? DMS representation?

36.6 =366/10=183/5

If calculator is in MathIO Mode, the calculator displays the result as a fraction. To toggle back and fort between fraction and decimal representation press the [S<>D] key just above the red DEL key (FX991 ES)

36.6 =366/10=183/5

If calculator is in MathIO Mode, the calculator displays the result as a fraction. To toggle back and fort between fraction and decimal representation press the [S<>D] key just above the red DEL key (FX991 ES)

Sep 25, 2013 | Casio FX-115ES Scientific Calculator

A number with a periodic decimal representation cannot be equivalent to a fraction with denominator 10 (or a multiple of 10) except if the repeating decimals are zeros.

0.454545...=45/99=5/11

0.454545...=45/99=5/11

Sep 04, 2013 | Super Tutor Pre Algebra (ESDPALG)

The values of trigonometric functions are real numbers. A few special values are rational such as tan(45 degrees)=1. In general the values are decimal numbers whose decimal representations have an infinite number of digits. Your calculator can only give you an approximation.

So I really do not see what you want.

Some new calculators can give you values with radical (square roots), Calculators with a Computer Algebra System or CAS can do algebra and manipulate roots of higher index.

So I really do not see what you want.

Some new calculators can give you values with radical (square roots), Calculators with a Computer Algebra System or CAS can do algebra and manipulate roots of higher index.

Feb 19, 2013 | Office Equipment & Supplies

Hi.

It depends on the context and on the algebraic representation that you want to use. Studying "mathematical thinking" I learned that you can model an infinity of mathematical representations around any real-life problem. The same is valid if you restrict the possible mathematical fields to Algebra.

I am not sure if "w weeks" was a mistake or if w is the number of weeks.

If w is the number of weeks the most immediate algebraic representation is 7w. This can be represented in decimal system or using a different base (for most applications base 7).

The most common representation of the number of days in a single week is the number 7. Representing the number of days with 7 you will be for example using a base ten system to represent the weekdays within a larger set of number (e.g. Natural numbers, Positive Integers, or the 365 days of the year.

A common exercise is representing the number of week days while doing base n or module n maths. If required in this context the answer will be a representation in base 7. In that case the number of days in a week can be represented using 7 numbers (instead of ten).The algebraic representation will be the numbers: 0,1,2,3,4,5,6 . Such representation is often written as 7n or called "module 7" representation (probably 7w if the spare w in your question is not a mistake).

There are other representation. The solution to the exercise depends on the context in which the exercise has been proposed. Making a couple of assumptions what you are looking for is probably 7w.

Regards.

Ginko

It depends on the context and on the algebraic representation that you want to use. Studying "mathematical thinking" I learned that you can model an infinity of mathematical representations around any real-life problem. The same is valid if you restrict the possible mathematical fields to Algebra.

I am not sure if "w weeks" was a mistake or if w is the number of weeks.

If w is the number of weeks the most immediate algebraic representation is 7w. This can be represented in decimal system or using a different base (for most applications base 7).

The most common representation of the number of days in a single week is the number 7. Representing the number of days with 7 you will be for example using a base ten system to represent the weekdays within a larger set of number (e.g. Natural numbers, Positive Integers, or the 365 days of the year.

A common exercise is representing the number of week days while doing base n or module n maths. If required in this context the answer will be a representation in base 7. In that case the number of days in a week can be represented using 7 numbers (instead of ten).The algebraic representation will be the numbers: 0,1,2,3,4,5,6 . Such representation is often written as 7n or called "module 7" representation (probably 7w if the spare w in your question is not a mistake).

There are other representation. The solution to the exercise depends on the context in which the exercise has been proposed. Making a couple of assumptions what you are looking for is probably 7w.

Regards.

Ginko

Sep 06, 2011 | Computers & Internet

You can't. It can only convert integral numbers to binary base, but not fractions.

Sep 04, 2011 | Casio FX-115ES Scientific Calculator

By definition, a fraction is a number that is represented by the ratio of two integers (whole numbers). However, any value in radians is bound to be approximate because the radian unit is intrinsically linked to the value of pi. Ans as you well know, pi is an irrational number: a real number that cannot be represented by a fraction. Does it make sense to try to cast it into a form that it cannot have?

However, if you truncate an irrational number and keep only a limited number of digits in its decimal representation, then that approximate representation can of course be represented by a fraction. To effect that conversion, press the [FD] key to the right of the [a b/c] key.

If the number of display symbols to represent the fraction exceeds the limits of the screen then the calculator will ignore the command. It will not comply, because it cannot comply.

Some decimal representations already displayed as results can be converted, other cannot be.

However, if you truncate an irrational number and keep only a limited number of digits in its decimal representation, then that approximate representation can of course be represented by a fraction. To effect that conversion, press the [FD] key to the right of the [a b/c] key.

If the number of display symbols to represent the fraction exceeds the limits of the screen then the calculator will ignore the command. It will not comply, because it cannot comply.

Some decimal representations already displayed as results can be converted, other cannot be.

Jan 10, 2011 | Casio FX9750GII Graphic Calculator

VX8500 does not have an ESN. The VX8500 has an MEID. The MEID is a 14 digit hexadecimal value with the following format:

The decimal representation is calculated as follows:

a). Separate the 14 digit hexadecimal MEID into two parts:

Part 1 – the first 8 digits representing the manufacturer code (digits RRXXXXXX in

the figure).

Part 2 – the last 6 digits representing the serial number. (digits ZZZZZZ in the figure).

b). Convert the hexadecimal value of each part into the decimal equivalent:

Part 1 – 10 decimal digits zero filled.

Part 2 – 8 decimal digits zero filled.

If the decimal equivalent of each part is less than the number of required digits, right align

and zero fill to create the required length.

c). Concatenate Part 1 and Part 2 to create an 18 digit decimal number.

Example:

Hex MEID = AF 01 23 45 0A BC DE

Part 1, manufacturer code is 0xAF012345 = 2936087365

Part 2, serial number is 0x0ABCDE = 00703710

Therefore, the decimal representation of the MEID is 29360 87365 0070 3710

The decimal representation is calculated as follows:

a). Separate the 14 digit hexadecimal MEID into two parts:

Part 1 – the first 8 digits representing the manufacturer code (digits RRXXXXXX in

the figure).

Part 2 – the last 6 digits representing the serial number. (digits ZZZZZZ in the figure).

b). Convert the hexadecimal value of each part into the decimal equivalent:

Part 1 – 10 decimal digits zero filled.

Part 2 – 8 decimal digits zero filled.

If the decimal equivalent of each part is less than the number of required digits, right align

and zero fill to create the required length.

c). Concatenate Part 1 and Part 2 to create an 18 digit decimal number.

Example:

Hex MEID = AF 01 23 45 0A BC DE

Part 1, manufacturer code is 0xAF012345 = 2936087365

Part 2, serial number is 0x0ABCDE = 00703710

Therefore, the decimal representation of the MEID is 29360 87365 0070 3710

Sep 10, 2009 | LG CHOCOLATE VX8500 Cellular Phone

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