“Flash Calendars” , “Er. Amaresh, B.Ex./215/063″
How To Kiss With a Passion
Kisses are used to show a variety of emotions and in a variety of situations. Some kisses are just pecks on the cheek to say hello, others are motherly kisses on the head and others are between people who care about each other and are more passionate. For people who are in love and want to show the other how strongly they feel, only a passionate kiss will do. These kisses can be great when done well but can also be a little uncomfortable when it gets sloppy and is not done well. It is important to know how to give someone you care about a passionate kiss. Here are some tips for you.
1. Fresh breath is very important so make sure you brush and floss regularly. Also, keep some breath mints with you to take before you start a kiss with your partner.
2. Be sure of yourself when you go in for a kiss, even if it is a first kiss. Know you have made the right move at the right time and expect good results.
If you feel lack of self confidence, download and use Subliminal Flash program. It will help you become more confident on a subconscious level.
If for some reason, your partner does not respond like you would like them to then you ll know the time was not quite right.
3. When you go to kiss your partner, lean closer and tilt your head to the side slightly. By leaning in, you are letting the person know you want to kiss them and turning your head helps avoid a collision with your noses.
4. Don t rush the passionate kiss. You want to begin with a soft, closed lip kiss and move on slowly to an open mouth one with tongue. Keep your eyes closed so there are no uncomfortable moments when you are that close up.
5. Start out with a closed mouth kiss and slowly open your mouth. Pay attention to how your partner responds do they open their mouth too or close it? As you kiss you can open and close your mouth slightly to change things up. Use your tongue to touch your partner s lips and teeth if you want. You can do whatever you want as long as both of you are comfortable with it.
6. French kissing can be very passionate. This involves using your tongue to touch your partner s tongue deep in their mouth for a very sensual experience.
7. Once the kiss is going smoothly you can try moving down to the neck and gently kissing there. Make sure you don t get carried away and leave a hickey on their neck though!
8. Don t just keep your arms at your waist, use them during the kiss. You can hold your partner close to you, rub their back or legs, run your hands through their hair or whatever else comes naturally. You shouldn t touch your partner in a way that is inappropriate for your relationship and what stage it is at though so be careful. Hugging your partner is often the best choice. Pay attention to your partner s body language to see if they are alright with how you are touching them.
Difference Between AM and FM
FM has a much higher single frequency than AM but they are both signal carriers that output one frequency only. They both demand their own specific type of receivers in order to determine the type of frequency.
Amplitude modulation, which is AM, mimics the audio that is being sent by altering the amplitude but there is no altering taking place in the carrier signal frequency. Whereas with frequency modulation, which is, FM mimics the audio that is, being sent by altering the frequency but there is no altering taking place in the carrier signal amplitude.
FM signals have a megahertz frequency between 88-108 whereas the AM signals are within a band of 535-1,700 kilohertz.
The first radio broadcasts to ever occur happened in about 1906 being AM radio and in the 1920’s the AM was allotted its frequency allocation. Being as the capabilities of electronics was so limited at that time explains the low frequency.
Having established that AM has been around a lot longer than FM in itself distinguishing some of the major differences between the two. The first FM station was built in 1939 but it did not gain in popularity until the 1960’s.
The whole concept of FM was to introduce a high fidelity broadcasting system that would be static free. This is why the demand is there for the higher frequencies in relation to FM.
Either way broadcasting can be enjoyed in both facets of FM or AM and allows people a wide choice of what they choose to listen to. As technology continues in the area of broadcasting there is no doubts that new methods are always going to be on the horizon, but it’s not likely that FM or AM will become mundane.
If you favor AM then you simply can purchase an AM radio and the same applies for a FM radio. Even better, you can have the best of both worlds buy buying an AM/FM radio that will give it all to you.
S. No. AM FM
01 AM stands for “Amplitude Modulation”, FM stands for “Frequency Modulation”
02 AM signals get disrupted by tall buildings, which is not the case with FM
03 AM has a much lower single frequency, FM has a much higher single frequency
04 AM carriers alter in amplitude to mimic the audio being sent. The carrier signal frequency doesn’t alter., FM carriers alter in frequency to mimic the audio being sent. The carrier signal amplitude doesn’t alter.
05 AM has longer range, within the line of sight of the radio transmitter., FM has shorter range, within the line of sight of the radio transmitter.
Difference Between http and https
The significance of S:
Http or the hypertext transfer protocol is something we use when we access the internet. Though we seldom notice it if at all, it plays a very essential role. Http defines the methodology and rules of transporting data from the servers of the site we like to view down to our computer and vice versa. To most of us non-technical people, this should no longer be our concern just as long as we get what we asked the server for.
The problem with http though is that it is vulnerable to people who might want to eavesdrop or see what your activity is all about. This too shouldn’t really be a serious problem if all you are doing is watching stupid videos in YouTube or goggling your assignment. Most of our activity on the internet isn’t really that important for people to really care about. And even though it is there to see, no one who knows how to do it would actually bother to waste the time or face the possible legal implications of such acts.
The true problem arises when you are sending or receiving data that is confidential or sensitive. You sure wouldn’t want other people knowing what your personal emails contain. Private messages should stay private. Then there are on-line transactions, when you buy something and you pay for it with your credit card, your credit card number gets sent across the internet every time. And if you are using http to do this then it should be real easy for malicious people to do harm to you or your finances.
The Internet’s answer to this is https or HTTP over SSL is a secured connection that transmits data over the internet in an encrypted form. This security method means that even if someone is eavesdropping, the data they get would not be comprehensible or usable because they don’t have the means to decrypt it. The entire message is decrypted only when it arrives at its designated location.
So why don’t we shift everything to https? So that everything is secured. Although that is possible, it isn’t very advisable. Transmitting data via https require additional processing power to encrypt/decrypt the data. When you think about the servers who process millions if not billions of data in a day, that could result in massive slowdowns. That is why https is only used in certain pages that contain sensitive information like credit card numbers or passwords.
Difference Between DDR2 and DDR1
We have seen computer technologies improve greatly over the past few years. The memory of computers has also evolved a lot from RAM, DRAM and SDRAM. Then came DDR-SDRAM and now DDR2-SDRAM. We should not concern ourselves with the very old models of RAM since those are no longer in use in most parts of the world.
SDRAM (Synchronous Dynamic Random Access Memory) is a type of memory that requires power to hold its data. This is the prevalent memory used in computers right before the introduction of DDR-SDRAM (Double Data Rate SDRAM). DDR improves upon the architecture of SDRAM by a process known as “double pumping”. Instead of transferring data once every clock cycle, DDR changes its data state twice every cycle. Once on the rising edge, then another on the falling edge. This is true for both DDR and DDR-2. So why is DDR-2 better than DDR?
Actually when DDR-2 came out, it was actually worse than DDR. The original DDR memory has its memory clock synchronized with the bus clock, allowing 2 bits to be transferred every clock cycle. DDDR-2 changes this by doubling the bus speed while still holding the memory clock at the same frequency. So that at every memory cycle, 4 bits of data is transferred. The trade-off to this is the higher latency of DDR-2 memory compared to DDR memory when operating at the same bus frequency.
In order to obtain the same performance as a DDR running at 100 MHz bus speed, DDR-2 memory must be run at 200 MHz. But if we look at the clock speed, the DDR is also working at 200 MHz while the DDR-2 is only at 100 MHz. If we have a DDR-2 chip that operates at the same clock speed as DDR-1 then we can see that it has double the throughput.
Memory clock speed is very important because producing chips with higher clock speeds is very expensive since in every batch of chips produced, only a small amount of it are capable of higher clock speeds. So if we compare two chips that are similarly clocked, the DDR-2 would be cheaper. And if we compare two chips that are similarly priced, the DDR-2 would be faster. The technology of DDR also ends where DDR-2 begins, meaning that DDR chips can no longer be improved further due to restrictions in cost while DDR-2 goes far beyond the capabilities of DDR. The capabilities of DDR-2 also have its limits, mainly as the clock speed gets higher, that’s where DDR-3 comes in. But that’s another story altogether.
Difference Between RAM and ROM
RAM and ROM memory are particular sorts of memory. These formats of memory refer more to speeds and stability than to strict permanence and impermanence. In fact some memory terminology has turned to words such as stable-state, but RAM and ROM memory remain a part of each computer system. RAM is an acronym for random access memory and ROM is an acronym for read only memory and each has become a vital element in today’s computer system.
Random access memory is used for a number of reasons and its necessity has grown over the years. With the design of more complex systems and software the necessity for larger amounts and faster speeds of memory have grown this is true for RAM and ROM. RAM offers a very fast memory access. Faster than ROM memory, this is the memory that computer programs load data to when they are running and need quick access to ensure smooth operation. There is the double edge of its on/off loss though. When the computer is turned off all the data in RAM is wiped. It may be wiped at various times during operation also, but if the power is disconnected any work in RAM is erased.
ROM, or read only memory, is generally slower than RAM though most systems have a far greater amount of ROM than they have of RAM. Read only memory is the memory that software and data files are written into. This memory exists in the form of a hard drive in most systems, while RAM exists in the form of chips. Your system has to have sufficient ROM to hold the operating system and the programs you use. Speed remains important though since the program must be loaded from the ROM to the RAM. This memory remains when you turn the computer off, though it is constantly updated while the computer is on. For example each time you save a file or install or remove software, ROM is updated.
There is one interesting application of ROM that has no real parallel in RAM. ROM can be used as virtual RAM. It may be possible to develop ROM that is fast enough that memory will simply be memory and accomplishments such as SD disks and Flash drives point to these potentials, but for now there is ROM and RAM.
Difference Between Hardware and Software
• Categorized under Technology
Software and hardware are computer-related terms that categorize different types of computer related paraphernalia.
Hardware includes every computer-related object that you can physically touch and handle like disks, screens, keyboards, printers, chips, wires, central processing unit, floppies, USB ports, pen drives etc.
Software includes every computer-related program that you cannot feel with the physical senses for example, system operating system, an anti-virus program, the web browser, the memory, all data, reports etc. All storage devices that keep data safe and store it in some electronic form are hardware while all data in itself is software.
Software is what makes the hardware function properly and to an optimum level.
Sometimes, there is confusion between software and hardware because the two terms are so integrally connected. If you buy an anti-virus program you buy software but since it comes on a disk, you have also bought the hardware. The major confusion between software and hardware occurs relating to memory. Software defines the memory capacity of a computer but it depends on the kind of hardware – or memory chip – used in the particular computer.
Software is of two kinds:
Applications software: That is of individual liking and need. It can range from games to professional work-related programs like database management systems, word processors, spreadsheets etc.
Systems software: This makes the computer run and thereafter, makes the applications software on your computer function properly. Without systems software, the applications software cannot be run because the computer needs to be started up with systems software. Systems software is also known as the operating system of a computer.
Some computer manufacturers supply the hardware with their own patented systems software. However, some computers can be bought from a provider and they will run well with systems software bought from another provider. Applications software is designed to run on most operating systems.
Difference Between Virtual and Cache Memory
• Categorized under Technology
In the world of computers, memory sets the limit upon which we base if we can run that program or not. If you were unlucky enough to have experienced DOS, then you know the bane of the 640k memory limit. Nowadays memory seems to be almost infinite and nobody actually gets the “not enough memory” messages of yester-year. How did they accomplish that?
The answer to that is a very smart memory management procedure. By placing some parts that should be in memory inside your hard-disk they can extend the memory capacity of a computer way beyond what is installed; this is called virtual memory. So let’s say that your computer only has 1GB of memory and you launch a few programs whose total memory consumption is at around 1.5GB. Without virtual memory, you are not allowed to do that. But with virtual memory, the operating system assigns a portion of the hard-disk as a part of memory and keeps the data there. So in the above example let’s say that the virtual memory is also 1GB. 1GB actual memory + 1GB virtual memory = 2GB system memory. That way even though your memory is limited you can still use memory extensive applications.
There is a disadvantage to virtual memory though. Reading data from a hard disk is substantially slower than reading from memory. So the more information that is stored in your hard-disk the slower your system becomes making it seem sluggish.
Cache memory on the other hand doesn’t extend the amount of memory you have, it merely lessens the amount of time needed to access data. So that you can understand the concept easily, let’s say that the processor is a student doing a report. Whenever he needs data he goes to the bookshelf (the bookshelf being the memory, and the books are the data) and takes out a book and brings it back to his chair. He reads it then he returns it to the bookshelf before continuing with his report. If you were the student it would really be time consuming if you have to stand up and get a book every time you need a piece of data. Practically a student would get a few books from the bookshelf and place it on the table. So that if he needs information that is in the book that he recently used, it is just within arms reach and he doesn’t have to stand and walk to get it.
In this metaphor the table is our cache memory. Whenever the processor uses data it puts the most recent data it used in cache memory for quick access in case it is needed again. Cache memory is very limited though, just like a table having limited space, so data that was not accessed the longest gets returned to memory in order to free up the cache for more recent data.
Difference Between Sleep and Hibernate
• Categorized under Technology
Both sleep and hibernate are commonly used power saving options provided by Windows to its users. However, both these options have a different approach towards power saving, the method and location of saving data and booting times. There are some situations where sleep is a better option than hibernate and some situations where it is just the vice-versa.
When the user opts for sleep, the computer goes to a state of low power and data present in the physical memory or the RAM is saved in the internal memory while the rest of the computer goes into a stand-by mode. On the other hand, when the user chooses hibernate as a power saving option, all data present in the RAM including browsers that are open and applications that are running will be written to the hard disk post which the computer shut down. All the data saved is stored in a file named as hiberfil.sys. Hiberfil.sys is a hidden file in the system and one can locate it in the root of Drive C.
To put the system on sleep or hibernate, all you have to do is press the power button once in the desktop. In a laptop, you will have to close the laptop lid. To work on the computer again, you should again press the power button in the desktop or reopen the lid in the case of a laptop. It takes a second or two for a computer to resume to normal from the sleep mode whereas waking up a computer from hibernation mode can take longer. The sleep mode takes less time than the hibernation mode because in the former the data is saved in the internal memory while in the latter, the data is written to the hard disk and it takes a little bit of time for the computer to reload all the saved data, open browsers and any running applications from the hard drive to the memory.
Also, the sleep mode is considered to be more energy efficient than the hibernation mode. However, if the power supply is switched off or the batteries get over, the user will lose all unsaved data as the data has been copied only in the internal memory. Using the hibernation mode is advantageous in this aspect as irrespective of scenarios like the power supply being cut off or batteries getting over, all your data will remain the same way as they were before you switched to hibernation mode. This is because of the fact that all data is saved safely in the file hiberfil.sys.
It is better to use the sleep mode if the user will be away from the computer for just a few minutes such as a quick stopover at the water cooler or a quick grab or bite during lunchtime. Users should opt for the hibernation mode when they will not be using the computer for a few hours such as closing the computer after finishing their day.
Difference Between Fat32 and NTFS
• Categorized under Technology
Fat32 and NTFS were created of keeping track of all the files in a hard disk. Fat(File Allocation System) created by Bill Gates and Marc McDonald, is the older of the two and has gone through a lot of changes since its first appearance in the year 1977. The number denotes the number of bits needed to keep track of the files. Fat16 has been the standard for quite sometime until hard disk with capacities greater than 4GB arrived in the market, at which point Fat32 was created.
On the other hand the NTFS file system was born from the HPFS file system used by OS/2, a collaboration of IBM and microsoft. When the deal did not push through, some of the features in HPFS appeared in NTFS when it appeared for the Windows NT platform. It has since been developed and appears in more recent Windows version like XP, Vista, and the soon to be released Windows 7. Microsoft holds the patent to NTFS and thus isn’t divulging any details with regards to the file system making NTFS drives only readable to Windows systems for a long time, though there are already some linux implementations that are capable of accessing NTFS drives but without its prominent features.
Fat32 is a very simplistic and fluff free system that is also very documented. It doesn’t really do much of anything aside from keeping track of where the files are located. That’s why it has become the file system of choice for most portable storage mediums like flash drives, mp3 players, and memory cards.
The NTFS filesystem is quite the opposite, offering multiple enhancements that doesn’t only improve its performance but also its security. One of which is transparent file compression which automatically compresses the file when it is being written to the disk. This could potentially free up some disk space but files could take some time to load. Another one is disk quotas where a system administrator can specify how much of the disk a certain user can use.
Choosing between NTFS and FAT32 filesystems is a relatively easy task. Simply put, NTFS is the better option when you want to deploy it on a windows computer system. Not only because of the speed improvements but also because of its multiple features. It is not advisable though for portable media since most devices and other operating systems have a difficulty or are outright unable to access NTFS drives.
Difference Between Windows and Linux
• Categorized under Technology
Windows and Linux are both operating systems that have been developed to allow the utilization of computer resources through the running of programs. These two systems have a number of differences and require different things from users for proper operation of the system. Among the major differences is that Windows is a commercial operating system, while Linux has intentionally remained an open source operating system.
Windows is the widest used PC operating system today. It’s graphical user interface allows users with no programming experience or knowledge to navigate the system and complete the tasks that they to whether it be installing a program or using a program that is already installed. Some users have experienced stability problems, but with typical individual use the system has proven to be stable enough to prevent a massive shift. The customization options that Microsoft, the developer of Windows, has created have been helpful in maintaining its role in the market. They have developed versions that are tailored for networking and software packages that are designed for office use.
Linux is an open source operating system. It is renowned among users as being far more stable than the Windows system. Some network administrators and programmers prefer the system, but for a number of reasons the system has not gained the level of market penetration that Windows or MacOS have reached. Little support by software makers has been among the problems. Though, with some knowledge, it is possible to run most Windows versions of programs on Linux systems. Also, while the system offers a graphical interface, there remains a bit of coding involved in the implementation of some programs. This can prove difficult for some users.
Linux and Windows have both proved they are operating systems that do not intend to go away. Windows consistently creates a system that is designed with individuals that have no computer or programming knowledge in mind as well as businesses and other commercial users. Linux continues to open its source code to anyone interested in improving the code and using the system and that makes it a favorite of many programmers and experimenters.
Difference Between Windows XP and Vista
• Categorized under Technology
It would seem that most individuals have become so accustomed and comfortable with using Windows XP that many don’t want to make the transition over to the Windows Vista. Technically, we are creatures of habit so when it comes to making changes it’s not all that easy.
Like most things there are good and bad points about both XP and Vista.
The start menu is more advanced in Vista compared to XP. With Vista, you have a much broader range of search leverage. Another significant change is in the “All Programs” area. XP can be somewhat of a problem to keep the programs organized when you have several whereas with the Vista the programs are scrolled within the start menu making it much less confusing when you want to find a particular program.
Most everyone finds the “All Programs List” in XP frustrating. It can be overwhelming with its 3 column wide display. Now in Vista the folders open and close with a single click. In addition to this with Vista, the ability to search is always present. This way to find something quickly you just type the item and all related items appear quickly.
If you look to the bottom right when in Vista, you will see a power button. This allows all the pending updates to be installed and then once completed puts the computer into sleep mode. This is not something that XP has so it is a definite advantage.
In XP when you want to perform the lock function you have to press Ctrl-Alt-Del whereas with Vista there is a simple lock button that will perform the task. In addition to these power functions, you will find other related power functions available to you by way of a pop up menu. In essence, these are all merely time savers and a means of convenience.
According to Microsoft security of Windows Vista is much improved than XP. As part of this a new feature called UAC (User Account Control) is included in Vista.
One of the critical differences between both, is the hardware requirements. To achieve the same level of performance as XP, Vista requires more advanced or additional hardware .
Quite often, when one becomes comfortable with a Program such as XP, they really don’t place a lot of emphasis on small time savers but large changes of course become significant. It’s a matter of choosing whether switching from XP to Vista would be a great deal more beneficial to you in comparison with the time; it will take you to learn the various changes.
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First Kiss - Dealing with the Anxiety
First Kiss - Dealing with the Anxiety
Getting close to landing your first kiss? Are you overwhelmed with stress? If the answer is yes, then you must read this article. It will slash your anxiety in half.
1) Eliminate Expectations
Don’t expect to set the world on fire with your first kiss. Instead, decide that you just want to give a normal 10 second kiss. Shooting for a realistic goal will lower your stress considerably.
2) Remember that you’ll get a 2nd, 3rd, 4th, 5th + chance. Once that initial kiss is made, you guys will do it a hundred more times. You’ll be so relieved and thrilled to be kissing, that you’ll want to do it all the time. So, if you screw up a little on your first kiss, don’t sweat it. You’ll get another chance to do it better…probably within the hour.
3) It’s probably their first kiss, too
Don’t expect to be judged on your performance. If they haven’t kissed anyone before, either, you can be damn sure that they’re also stressing about it. In fact, after you guys pull apart from your first kiss, it’s likely they’ll be so busy wondering “Am I doing this right”, that they won’t stop to consider whether you did it right.
4) They want you to kiss them
Go ahead and assume that the person you’re dating wants to kiss you. Obviously, they’re physically attracted to you. Otherwise, they wouldn’t be dating you. It’s only natural for them to want you in a more physical way. Of course, they want to kiss you.
5) Think positive thoughts
Psyche yourself up. Think how happy you’ll be once you land that first kiss. Think of all the hours of making out that will be going on after you get the first kiss over with. Think how great it’s going to feel. Don’t delay this ecstasy any longer.
6) Billions of people kiss every day
A kiss is a normal everyday thing for several billion people. Your mom and dad, neighbors, and other people all over the world kiss all the time, so what’s the big deal? If they can do it, why can’t you? If it’s no big deal to dinosaurs like your parents and grandparents, why should you have a problem with it?
7) Visualize it
Try to picture how it’s going to go down. When you go to bed at night, close your eyes and try to imagine how you’re going to make your approach, how you’re going to hold them, etc. The more you visualize this moment, the more comfortable and stress free you’ll be when the time comes to do it for real.
Practice it in your room…seriously
Physically go through the motions that you visualized in the previous step. Practice walking up to your sweetie, practice what you’re going to say (and in what tone of voice), and practice leaning in. You can even practice kissing your hand. Believe it or not, but these techniques actually work. Going through the motions will prepare you for the real thing.
Check Hard Drive Health
Okay, you are frustrated and absolutely tired as your computer takes ages to start. To add to your woes, after it takes hours for the computer to start, it freezes or hangs every time you open a slightly heavy program or a website. Perhaps what you might need to check here is the hard disk and the computer motherboard. Hard disk drive health can be a reason that your computer is giving you such a ‘hair-tearing’ time. I am sure many of you might be knowing how to deal with this problem and check hard drive health. Therefore, for those who do not know and are not geeks, text about checking hard drive health is coming up, just for you!
How to Check Hard Drive Health
To Do - #1
Perhaps, if you do not have a disk health monitoring software, you would need to download Free disk health monitoring utility. There are many options among them. The most common and known is SMART - (Self-Monitoring, Analysis, and Reporting Technology). It is used to test the health of hard disks in the computer. SMART detects and reports on several indicators of reliability, for gauging possible disk failures. This is a very common device, so I mentioned it. You can go for any such utility. Read more on how to clean computer hard drive.
To Do - #2
Once you get that software on your computer, run the windows check disk utility. It will check hard drive for errors and repair if there are any problems in the system file. In addition to that, it also examines the physical structure, that is, the integrity of the disk surface. This is the basic thing for hard disc health check.
To Do - #3
After you are done with the windows check disk utility, close all the applications, browsers and any other utilities which might be open. Then open ‘My Computer’ and then right click on the mouse on your hard drive, that is the C: drive. Follow that by clicking on ‘Properties’ and then click tool tab, which will be under error checking. Simply click on the option which says check now and choose the option which says ‘automatically fix file system errors’. The process to check hard drive health is almost over at this stage. Read more on computer keeps freezing up.
To Do - #4
Once you are done with ‘automatically fix file system errors’, select the option which says scan for and attempt recovery of bad sectors and finally click start to tune the utility. This is when the utility will check hard drive for bad sectors, when it is checking hard drive for health. Download and then run the freeware diagnostic tool you might be having on your computer, for instance HD Tune. This is a fabulous diagnostic tool to run an entire benchmark analysis of the hard drive. Not just that, it also identifies structural errors and makes a total analysis of the drive, checking every item. Read more on bad sectors on hard drive.
Once this is done, close the program, shut off the computer and switch it on. Hopefully, your hard disk will be fine now.
That’s it! It was that simple to check hard drive health! Now lets take a look at another aspect of checking hard drive for health. Yes, I am referring to the downloading speed!
Check Hard Drive for Speed
Well, this is as easy at it can get. Just download http://www.nu2.nu/download.php?sFile=bst514.zip. When the instruction appears on the screen, save it in a folder which you can easily remember. Go to my computer, find the file you downloaded and then extract it in the same folder as you saved the downloaded file. Follow that up by running bst5.exe. Once that is over, click options, and then click speed test and finally click Ok and then as the interface changes, choose the start option.
In addition to this, defragmentation of disks can also help in ensuring and checking hard drive for health. It identifies the free spaces in the drive and sorts out and arranges the files together and creates continuous free space for data storage.
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Do you know Birejji.com ?
It’s a site where you will get paid for socialize (chatting), It’s still in the development process but the people already able to get paid for chat. The payment is better than PTC but lower than answerland. You need an invite to become a member. So if you’re interested or just want to take a look, copy-paste this invite link http://birejji.com/index.php?key=7293. Join the village and let’s chat together (if possible use answerland username so we know each other).