A lady goes for shopping. She bought some shoestrings. 4 times the number of shoestrings, she bought pins and 8 times, handkerchiefs. She paid each item with their count as each piece?s cost. She totally spent Rs. 3.24.How many handkerchiefs did she buy?

This answer is correct. 4/12 divided by 2/2= 1/3
The reciprocal of 2/2 is 2/2
Then you multiply straight across and reduce to get 1/3

If you are on a pre paid this sounds likely.
I think you may find that as you have not used the phone there is a time frame that you loose your number this then makes the sim useless.
Yes even with pre paid I do not get it either.
You need to organise a new phone number they will then send a new sim.
Let me know how you go.
Regards Craig

The eMachines T5274 uses an ECS 945GCT-M3 motherboard.

This is ECS Support, and the download page for the motherboard manual,

http://www.ecs.com.tw/ECSWebSite/Product/Product_Detail.aspx?DetailID=719&CategoryID=1&MenuID=16&LanID=0

To the right of the Download Site heading, (At the bottom), left-click on the country nearest yours.

This is a PDF file download. Takes a few seconds to see the first page come up, and additional time for the file to fully download.

After the file has fully downloaded, go to Page 11.
(The PDF file page number box at the top, next to the blue Down Arrow, will show 11)

In the motherboard photo shown, the number 12 points to Panel1.

This is the Front Panel header.
(The Front Panel is the plastic front of your computer. This particular connector is referred to as a Header)

Barring you cannot download the motherboard manual, I will explain in detail as I go along.

Orient the motherboard in your mind, so that we are both looking at it in the same direction.

Processor to the top, Ram Memory slots to the right, Panel1, (Front Panel header), is at the bottom Right corner, and is along the edge of the motherboard.

Page 33.
There are 2 rows of pins. One row along the top, one row along the bottom.

4 pins along the top, 5 pins along the bottom.

The Bottom row of pins are numbered Odd.
The numbering starts from the Left side of the motherboard, and goes towards the Right.

The Top row of pins are numbered Evenly.
Numbering starts from the Left side of the motherboard, and goes towards the Right.

Top row numbering of pins, starting from the Left side, going towards the Right,
2, 4, 6, 8, and 10. There is No pin 10. Just a flat spot.

Bottom row numbering of pins, starting from the Left side, going towards the Right,
1, 3, 5, 7, and 9

Page 33.

A) Pins 1 and 3 are for the HarDDrive activity LED light.

Hard Disk LED (+) The Positive wire of the HDD LED light goes to Pin 1.
The Negative wire of the HDD LED light goes to Pin 3.
More than likely if the wires are marked, only the Positive ( + ) wire will be marked. Usually with a little tag that has + symbol on it.

B) Pins 5 and 7 are for the Reset switch.
IF, a reset switch is offered on your eMachines.

Pin 7 is for the Positive wire. (+)
(It isn't necessary to have a Reset switch. It's a restart switch. Used to restart your computer, and there are many other options available)

C) Pin 9 is reserved, and not used.

D) Pins 2 and 4 are for the Power On LED light.
Pin 2 is for the Positive wire. (+)
(If the two wires are reversed, the Power On LED light will be dim)

E) Pins 6 and 8 are for the Power On switch.
Pin 6 is for the Positive wire (+)

Have any questions regarding this, post in a Comment.

mcdevito75 here, If when you recieved the watch from ebay you had to push the crown in to get it going, we can assume a battery wa sin the watch, thus pushing in the stem (pin) should activate or start the watch. The battery could have gotton loose during shipping, Try pulling out the stem turning the hands as though to set the time, push the stem back in and see if the watch starts, if not, visit a small watch repair shop in your area for possibly a new battery.

The eMachines C2685 uses an FIC VC37GV motherboard. (First International Computer, Inc.)

http://www.motherboards.org/mobot/motherboards_d/FIC/VC37GV/

Here is the motherboard manual,

http://www.ime.org.uk/pdfs/vc37_vg31_b1_eng.pdf

After you click on the above link, give it up to 30 seconds to download. This is a PDF file.

Barring you cannot download the file, I will state the connections for the Front Panel header on the motherboard.
(Plus state the page to reference to, in case you can download)

View the first link, with the photo of the FIC VC37GV motherboard.

As shown, Processor is at the top, Ram Memory slots are to the right.

The Front Panel header is located at the very bottom right corner.

It is parallel to the outside edge of the motherboard. There are two rows of pins.
(Page 12)

The Front Panel header has 5 pins going across the top, and 4 pins across the bottom.

The top row of pins are numbered Odd.
The bottom row of pins are numbered Evenly.

On the Top row starting on the Right side, going towards the left, the pins are numbered 1, 3, 5, 7, and 9.

On the Bottom row starting on the Right side, going towards the left, the pins are numbered 2, 4, 6, and 8.

A) Pins 1 and 3 are for the HDD LED. (HarDDrive activity LED)

B) Pins 5 and 7 are for the Reset switch

C) Pins 2 and 4 are for a Dual Color Power On LED, if used.
Green goes to Pin 2. Yellow goes to Pin 4.

Otherwise Pin 2 is Positive, ( + ), and Pin 4 is Negative. ( - )

D) Pins 6 and 8 are for the Power On switch.
(PWR1, or SW1)

There is a small 3 pin header, just above the Front Panel header. (Page 12)

This is for a Power LED that has either two wires, or three wires.
The pins are numbered from Right to left.

Pin 1 is for the Power LED, and Pin 2 is for Ground, if using a two wire Power LED. (Not dual color)

Pin 1 is for the Power LED, and Pins 2 and 3 are for Ground (GND), if using a three wire Power LED.
(Page 13)

Only if you choose to think so. I have seen old equipment in better shape that much younger vintage stuff! It depends on how much use it has had and if it has been run to the max with heavy loads to the point of making the machine beat itself up prematurely.

The hdd red wire gooes to pin #1 the hdd white wire goes to pin #3 the power sw orange wire goes to pin #6 the power sw white wire goes to pin #8 The reset sw blue wire goes to pin #7 the reset sw white wire goes to pin #5 the power led green wire goes to pin #2 the power led white wire goes to pin #4.
Now the layout of the pins is the long row (5) pins are the odd number pins 9 being the odd one and 1 is the other end of the row. 2 through 8 start at the pin accross from 1 : : : : . I hope this helps you.

check out this diagram i think it might help you
http://attachments.techguy.org/attachments/107266d1180693321/standard-usb-pinout2.gif

or if the link is unavailable then here is the same info

pins 1,3,5,and 7 are one usb connection

pin 1 = +5V
pin 3 = D-
pin 5 = D+
pin 7 = GND

pins 2,4,6,and 8 are another usb connection

pin 2 = +5V
pin 4 = D-
pin 6 = D+
pin 8 = GND

pin 10 is not used

Check the thermal sensor fuse part# 1-910-023-93 or possibly one of the four fans. If the unit goes into Fan/Thermal Protect shutdown (4 blinks) it can be difficult to determine the cause since the unit turns off too quickly to troubleshoot. Solution: Ground the data line by inserting a jumper between pins 3 and 6 of CN44 on the H4 board. This overrides the protection circuits for troubleshooting. Do this right after turning the unit on and as soon as the lamp is seen lighting. Check pins 2, 5, 8, and 11 of CN6000 on the G2 board for less than 1VDC. Any voltage higher than that indicates a faulty fan. If all voltages are within specs, the H4 board must be replaced. If a fan is found defective, the optical block will need to be replaced if it is located inside the assembly. H4 Board Part Number: A1054674A Replace the following part based on which pin of CN6000 is out of specs: Pin 2: Fan 1 (part of optical block) Pin 5: Fan 2 178723211 Pin 8: Fan 3 178706511 Pin 11: Fan 4 178708111 Optical block Part Number: A1084662A