Calculators

You enter your number in the calculator then you times it by the percent and then press the percent button. Hope this helps!

If you don't have a calculator with a percentage sign divide the amount by the total and multiply by 100. For example:

In a test I got 18/20 or 18 out of 20.

I then go:

18 divided by 20=0.9

After this go:

0.9 multiplied by 100=90%

Hope this makes sense I've tried to explain it in a simple way. If you need further help just message me on my message board. <this part is Juralique by the way

They used the abacus

china

Here it is:

Y1=2x^(2/3)+√(20-x²)-3

Y2=2x^(2/3)-√(20-x²)-3

The E symbol means 'times ten to the power of'.

So 4E7 means 4 x 107 which is 40,000,000.

A number that one is solving for-the unknown.

Usually 2nd Memory... or 2nd Var-Link depending on your model. Then you will see a list you can delete from.

The calculator is better at doing boring calculations than a human is, it solves most questions more quickly and accurately. This allows humans to spend more time doing what calculators can't (exerting creativity, formulating theories, etc.).

It depends on what version(s) of TI calculator you are using.

Consult your manual, or give us more information.

Two ways.

Easy way first. Simply push the S-D button. This will toggle fractions and decimals.

More permanent way:

SHIFT

SETUP (also the MODE button)

2 (Select option 2 Line 10)

That's it!

When you want to go back to fractions then:

SHIFT

SETUP

1 (Selection option 1 Mth 10)

Now your back in fraction mode.

Texas Instruments. which is the company that makes the calculators that say T.I.

The first pager was invented in 1962 by Ma Bell and was a radio paging system. Pagers were popular in the 1980's and 1990's.

The first hand held electronic calculator was developed in 1967 by a team of engineers who worked for Texas Instruments. The team was conformed by Jack Kilby, Jerry Merryman and Jim Van Tassel.

None have been made yet, due to the severe programming limitations put in place by TI. User input is minimally available, and programs cannot draw anything.

Post by Hagefade:

There is now:

http://www.ticalc.org/pub/nspire/basic/games/

enjoy!

It is easier to use a spreadsheet than a pen and paper because with a spreadsheet, mistakes can easily be corrected by canceling and repeating. Spreadsheets also carry out automatic scientific calculations such as mode, median and standard deviation.

Use an internet search engine such as Google, Yahoo or Live.com and it will direct you to several free and commercial unit conversion tools.

Some internet search engines can convert between units directly in them. Type in the units you want to convert from and it may suggest common conversions for you directly.

By 1970 a calculator could be made using just a few chips of low power consumption, allowing portable models powered from rechargeable batteries. The first portable calculators appeared in Japan in 1970, and were soon marketed around the world. These included the Sanyo ICC-0081 "Mini Calculator", the Canon Pocketronic, and the Sharp QT-8B "micro Compet". The Canon Pocketronic was a development of the "Cal-Tech" project which had been started at Texas Instruments in 1965 as a research project to produce a portable calculator. The Pocketronic has no traditional display; numerical output is on thermal paper tape. As a result of the "Cal-Tech" project Texas instruments was granted master patents on portable calculators. Sharp put in great efforts in size and power reduction and introduced in January 1971 the Sharp EL-8, also marketed as the Facit 1111, which was close to being a pocket calculator. It weighed about one pound, had a vacuum fluorescent display, rechargeable NiCad batteries, and initially sold for $395. However, the efforts in integrated circuit development culminated in the introduction in early 1971 of the first "calculator on a chip", the MK6010 by Mostek,[8] followed by Texas Instruments later in the year. Although these early hand-held calculators were very expensive, these advances in electronics, together with developments in display technology (such as the vacuum fluorescent display, LED, and LCD), lead within a few years to the cheap pocket calculator available to all. The first truly pocket-sized electronic calculator was the Busicom LE-120A "HANDY", which was marketed early in 1971. Made in Japan, this was also the first calculator to use an LED display, the first hand-held calculator to use a single integrated circuit (then proclaimed as a "calculator on a chip"), the Mostek MK6010, and the first electronic calculator to run off replaceable batteries. Using four AA-size cells the LE-120A measures 4.9x2.8x0.9 in (124x72x24 mm). The first American-made pocket-sized calculator, the Bowmar 901B (popularly referred to as The Bowmar Brain), measuring 5.2×3.0×1.5 in (131×77×37 mm), came out in the fall of 1971, with four functions and an eight-digit red LED display, for $240, while in August 1972 the four-function Sinclair Executive became the first slimline pocket calculator measuring 5.4×2.2×0.35 in (138×56×9 mm) and weighing 2.5 oz (70g). It retailed for around $150

you

The button will have yx on it.

Yes if pi=22/7.

square root of 125= 25 times 5 under the radical (25 has a square root so you can take that out of the radical)= 5 times the square root of 5 (Thats your final answer with no calculator)

You need a scientific calculator, or one with function keys.

http://freeonlinecalculator.net/calculators/math/mixednumbers.php Here ya go. :D