scholarships abroad

If I get a scholarship or someone gave money enough to live together kuliah I would kuliah at Al-Azhar Egypt because I had a craving for can go to college there though toafle I was not good but I still try to be achieved for kuliah there, reason her Because if college there while on vacation not play like in Indonesia, where if a better holiday bus ride to go to Mecca or city dreamed by everyone in the world but for the Muslims alone, and after the holidays back to the residence of each of continue the course material that will be in continous .so much and thank you.

i big firsh for again

I really hate the arrogant person with others ala again puffed up with next door neighbors house because they can not make other people happy or too hard every day just to make hard another person when that person has never experienced like that, maybe this story can make people other aware of disrespectful behavior in front of other people. But better in the exhaust of the park so make cause other people to join together as people follow it

setting languate for Windows 8

In order to install a new language on your Windows 8 computer, you must download its language pack.

Here is how you can download and install a new language pack on your Windows 8 laptop:

Log on to your Windows 8 laptop using an administrator account.
On the Start screen, click the Desktop tile to go to the desktop window.

Once the desktop window appears, hover the mouse to the bottom-right or top-right corner of the screen.
From the displayed Charms bar, click Settings.

On the Settings pane, from the upper section, click Control Panel.

Ensure that the Category view is selected from the View by drop-down list that is available at the top-right corner of the Control Panel.
From the displayed categories, click Clock, Language, and Region.

Click Language from the right pane of the Clock, Language, and Region window.

Once the Language window opens up, under the Change your language preferences section, click Add a Language.

Click to select the desired language from the available list on the Add a language window. (E.g. Filipino in this demonstration.)
Once the language is selected, click Add from the bottom-right corner of the window.

On the opened window, click Options representing the added language.

Under Windows display language, click the Download and install language pack link from the opened window.

Once done, follow the on-screen instructions to download and install the language pack.
Restart the laptop once the language is downloaded and installed in order to start using the new display language on your Windows 8 laptop.

setting language for android

1
Open the Settings app. If your Android device is in another language, look for the Gear icon in the App Drawer.
 2
Select the "Language & input" option. If your Android device is in another language, look for the "A" surrounded by a box.[1]
 3
Select the "Language" option. If your Android device is in another language, this will always be the first option in the "Language & input" menu.
 4
Select your language. The language selection will display each of the available languages in their native format. Tap the language you want to switch instantly.
 5
Set your spell checker language settings. Android includes a spell checker that's separate from your keyboard's. If you have this enabled, you may need to adjust the language it uses.
Tap the Settings button to the left of the "Spell checker" box, beneath the "Language" option.
Tap the Globe button next to your spell checker. This will open a list of languages. Select "Use system language" from the top of the list to use the same language you set earlier.
 6
Use your device in the new language. All of your system menus and apps should be displayed in the new language. Note that it is up to the app developer to support displaying multiple languages, so not all apps correctly translate.
Part
2
Changing the Input Language
 1
Open the Settings app and select "Language & input". Your keyboard may be using a different language than your display language. You can change your keyboard language from the "Language & input" menu.
 2
Tap the Settings button next to your active keyboard. You may have multiple keyboards listed here. Your default keyboard will be displayed underneath the "Default" option.
The Settings button looks like three sliders.
Tap the "Languages" option. This will open a list of languages.
 3
Select the language you want to type in. You can check the "Use system language" option, or scroll through the list and manually select a language. You can't manually select a language if you use the system language.
If the keyboard doesn't support the language that you want, you may need to install another keyboard from the Google Play Store. Search for "your language keyboard".
 4
Add the text correction dictionary. If you choose an input language that you haven't used before, you may have to download the text correction dictionary for it.
Tap the "Text correction" option in your keyboard's Settings menu.
Tap the "Add-on dictionaries" button.
Tap the dictionary that you want to install, then tap the "Install" button that appears.
 5
Switch between languages while typing. If you have multiple input languages installed, you can switch between them on your keyboard. Look for the Globe button on your keyboard to switch between your installed language.[2]
The exact process for switching languages will vary depending on the keyboard you are using. SwiftKey, for example, will allow you to type in all of your enabled languages without having to switch between them. For other keyboards, you may have to long-press the space bar.
Part
3
Changing the Google Now Language
 1
Open the Google Settings app. You'll find this in your App Drawer if you use the Google Now app.
 2
Select "Search & Now". This will open the Settings menu for the Google Search and Google Now app.
 3
Tap "Voice". This will load the options for the voice commands with Google Now.
 4
Tap the "Languages" option. This can be found at the top of the list.
 5
Check the boxes for the languages you want to use. You can select as many languages as you'd like. Tap "Save" when you are finished.
To set a default language when you have multiple languages selected, press and hold the language you want to be default.
Your default language will be the spoken language that Google Now uses as well (if it is supported).

Change modem settings

Applies to Windows Vista
You can change modem settings, such as the speaker volume.

Open Phone and Modem Options by clicking the Start button , clicking Control Panel, clicking Hardware and Sound, and then clicking Phone and Modem Options.

Note

You might need to provide information such as your country or region and any special phone dialing rules in the Location Information dialog box before you can access the Phone and Modem Options dialog box.

Click the Modems tab.

Select the modem you want to change the settings for, and then click Properties.

Change the settings you want.

setting dos for linux

Setup

You need a minimally functional x86or x86-64 computer. This computer needs to be able to start up far enough to enter its BIOS utility, but it doesn't need to have Linux—or any other OS—installed. (You may use a computer with a working OS, but this isn't required.)

You must know something about your hardware and, in particular, your disks (both hard disks and floppy disks). You should know the make, model number, and capacity of all your hard disks and know how they're connected. In the case of the more common Advanced Technology Attachment (ATA) drives, you should know if you have the older Parallel ATA (PATA) or the newer Serial ATA (SATA) drives. Some drives are Small Computer System Interface (SCSI) devices, which work on different principles and usually connect via a separate SCSI host adapter. You should know which, if any, of the motherboard's on-board devices (sound, video, Ethernet, etc.) you're using.

If you're assembling a computer from parts, as described in "Scenario," you should know this information because you designed the computer. If you're using an existing Linux computer as a stand-in, you may need to dig out the computer's documentation or skip ahead to Task 2.2 to learn this information.

Caveats

Adjusting BIOS settings inappropriately can make a computer unbootable. Although you're unlikely to damage the Linux installation, in the sense of the data on the hard disk, you could be in for some frustration if you make changes and can't remember what they were. Thus, you should take careful notes of any changes you make.

Although all mainstream x86 and x86-64 BIOSs provide similar options, details differ substantially from one computer to another. The examples shown here should therefore be considered rough guidelines only; you may need to consult your motherboard's manual or study the onscreen display, experiment, and apply your intelligence to figure out how to perform the tasks described here.

Procedure

To perform this task, you must boot (or reboot) your computer, but bypass the Linux boot process to enter the low-level BIOS utilities. There you can check and, if necessary, change a host of settings related to your hardware.

Entering the BIOS Setup Utility

When you boot an x86 or x86-64 computer, you'll see a series of text-mode (and sometimes graphical) displays, the details of which vary depending on your computer. Prior to the beginning of the Linux boot process, you're likely to see the name of the motherboard or computer manufacturer, a simple RAM check that counts up the amount of memory installed in the computer, a display of your installed PATA hard disks, and perhaps information on some of the devices built into the motherboard (RS-232 serial ports, parallel printer ports, and so on). Unfortunately for your comprehension of this information, these displays are likely to appear and disappear so quickly that you may have trouble reading them all. A recent trend has been to hide most or all of this information behind a graphical display, but some computers provide BIOS options to do away with the graphics and show the traditional text-mode information.

One of the pieces of information that's likely to be displayed, albeit for just a second or two, is a prompt for how to enter the BIOS setup utility. Typically, you must press one or more keys at some point during the boot process, such as Delete or F12. If your computer is currently running, shut it down, start it up again, and look for a prompt for how to enter the BIOS setup utility in the first few seconds of the boot process. If you don't see such a prompt, consult your computer's or motherboard's manual for the information, or try pressing the Delete key; that's a common method for entering the setup utilitas .

Touring the BIOS


Upon successfully entering the BIOS setup utility, you'll see a screen that provides a menu of options, as shown in Figure 2.1. (Some BIOS utilities jump directly into option-setting screens, with some way to select other screens among the options.) Take a few moments to peruse the options. In the case of Figure 2.1, most of the main categories, such as Standard CMOS Features and Integrated Peripherals, give some clue as to the functions contained within them, but they aren't entirely clear to the uninitiated.

FIGURE 2.1 BIOS setup utilities provide a menu of options from which you can select the features you want to adjust.



To move among the options, you typically use the keyboard's cursor keys, as prompted in the list of keyboard shortcuts near the bottom of the screen. You can then press the Enter key to enter a submenu or change an option. Once you enter a submenu, press the Esc key to exit from that menu. If these keys don't have the desired effects, though, you may need to use other keys; consult the onscreen prompts or your documentation for details.

Try perusing the options for your system now, but don't change anything. Some of the options should make at least some sense to you, but others will most likely be confusing. Don't try to figure out what every option means; the goal is simply to give you a general idea of what features your motherboard supports and what you can adjust, not for you to learn what every option does.


FIGURE 2.2 PC BIOSs enable you to adjust hard disk and system clock settings.



If the computer still doesn't auto-detect a PATA drive, something more serious could be wrong. A few very old drives might not be detected correctly, and the BIOS enables you to move the setting off of Auto onto User or various drive-specific settings. Unless your hard drive is a refugee from the early 1990s or before, though, you shouldn't need to set these options.

Figure 2.2 shows a CD-RW drive as the secondary slave device. On rare occasion, CDROM, CD-RW, and similar drives aren't detected correctly. If this happens to you, select the device by position and move the selector off of Auto and onto CDROM. This should fix the problem—assuming, of course, that a more fundamental misconfiguration or loose cable isn't the root cause of the problem.

In addition to hard drives, the BIOS enables you to configure your floppy drives. Unlike hard drives, floppy drives aren't auto-detected. To tell your BIOS about your floppy drive (or drives), move the cursor to the text to the right of Floppy Drive A or Floppy Drive B, press the Enter key, and select the appropriate drive type. Figure 2.2 shows one 3.5-inch and one 5.25-inch drive installed, but of course your system may be different.

Most BIOSs provide some form of boot device option. The BIOS depicted in Figures 2.1 and 2.2 places this option on the Advanced BIOS Features screen under the name Boot Sequence. You can select which device the BIOS attempts to boot first, second, and third and whether or not the BIOS should look on other devices after that. This option is a very useful security feature because it can prevent an intruder from booting a floppy or other removable disk to gain access to the computer. To be a truly useful security feature, though, this option must be combined with a BIOS password. Even then, if the intruder can open the computer, the hard disk could be stolen or modified. Nonetheless, setting the computer to boot only from a hard disk can be part of an overall security strategy.

Setting the Clock

All x86 and x86-64 computers include a clock on the motherboard to keep the time while the computer is shut down. You can set your motherboard's clock by moving the cursor to the appropriate items on the System Time and System Date lines and adjusting them. Most BIOSs require you to enter the time in a 24-hour format, so be sure to make the appropriate conversion.

Before you set your clock, though, be aware that Linux keeps time based on Coordinated Universal Time (UTC), which is closely related to Greenwich Mean Time (GMT). If your computer boots only Linux, your best bet is to set the motherboard's clock to UTC/GMT. Check http://wwp.greenwichmeantime.com for the current time as GMT. If your Linux installation currently works, though, you might do well to not adjust your motherboard's clock, even if it's set for local time; such a change would necessitate a change in your Linux configuration.

If your computer boots both Linux and an OS that keeps its time as local time, you can set your hardware clock to local time and Linux can make the adjustment internally. This feature is normally set at system install time.

It's possible to set the hardware clock from within Linux. To do so, use the hwclock command. Typing hwclock --show or hwclock -r displays the current hardware clock time; hwclock --hctosys or hwclock -w sets Linux's software clock based on the value of the hardware clock; and hwclock --systohc or hwclock -s sets the hardware clock based on the software clock. Ordinarily you don't need to use these commands, although they are used in system startup and shutdown scripts to set the software clock from the hardware clock when booting and to set the hardware clock from the software clock when shutting down. If you find your hardware clock has drifted badly off the current time, though, you can type hwclock --systohc to correct the problem once you set your software clock appropriately. You can do this with the Network Time Protocol (NTP, http://www.ntp.org) for a long-term solution or on a one-time basis via the date command.

Enabling and Disabling On-Board Devices

Modern motherboards usually contain a plethora of devices that were, in years past, implemented as separate plug-in cards—sound "cards," network ports, Universal Serial Bus (USB) ports, RS-232 serial ports, parallel ports, and so on. Not everybody wants to use all of these features, though, and some of them offer configuration options that you might want to adjust.

To do so, you must access the appropriate BIOS utility screen. In the case of the BIOS depicted in Figure 2.1, you should select the Integrated Peripherals menu. The result is the screen shown in Figure 2.3, in which you can enable or disable the floppy disk (FDC Function), RS-232 serial ports, parallel ports, and more. (This area's options won't fit on one screen; they continue as you move the cursor down the list.)

FIGURE 2.3 Modern BIOSs enable you to disable on-board devices if you so desire.



Disabling on-board devices disconnects them electronically from the rest of the motherboard. The result is that Linux won't be able to use those devices. The advantage is that they also won't consume valuable interrupt request (IRQ) lines and other resources.



Additional BIOS Options

Most BIOSs provide options I don't describe here. Power management, RAM and PCI bus timing options, CPU speed, and more can all be controlled from the BIOS. Most such options are of interest to those who want to tweak the best possible performance from their computers, sometimes at the cost of reliability. If in doubt, leave the options at their factory defaults. Some BIOSs, including the one depicted in Figure 2.1, provide an explicit option to reset the configuration to the factory default (Load BIOS Setup Defaults in Figure 2.1) or to a high-performance state (Load High Performance Defaults in Figure 2.1). Such options can be useful emergency tools; if you tweak some settings, find that they don't work, and can't seem to get the BIOS working as you like it again, use the restore function.

You can also set a BIOS password on most computers. Using one will prevent somebody without the password from accessing the BIOS or perhaps booting the computer. This can be a useful feature in a high-security installation, but it's a bit inconvenient if the computer must be rebooted regularly.

One important option (or set of options) relates to exiting from the BIOS utility. In most cases, at least two exit options exist: One saves your changes and exits, whereas the other discards your changes and exits. These options are the final two in the second column in Figure 2.1. When you're done perusing (and possibly modifying) your BIOS settings, you should select whichever of these options you believe is most appropriate. The computer will then reboot normally—into Linux if it's installed. If you've made any changes to the BIOS, try to verify that they've had the desired effect in Linux.

Criteria for Completion

To complete this task, you should peruse your BIOS and verify that the computer is configured correctly, particularly with respect to its hard disks, floppy disks, and on-board devices. If necessary, you should change these options and, if Linux is already installed, reboot into Linux and verify that any changes you made had the desired results.

My Biggest Fear

 My Biggest Fear

When i climbing in the area highlans.

i always fear of heights,

and when there is a venomous snakes,

and many more.