Can You Put Your Old Hard Drive In A New Computer

As demands for increased storage space and the safety of information on computers have increased, external hard drives have become a popular option. It is easy to transfer data to an external hard drive on most computers and operating systems. Using an external hard drive will reduce the potential for data loss or corruption. In addition, data can be backed up and archived on an external hard drive so that it doesn't take up room on a primary hard drive. If you have just one drive in your laptop or desktop, you could replace an HDD or small SSD with a 1TB SSD for less than $60.

If you're a computer user with a great deal of data, replacing just the drive that holds your operating system and applications could provide a significant speed boost. Put your working data on additional internal or external hard drives, and you're ready to tackle a mountain of photos, videos, or supersized databases. Just be sure to implement a backup plan to make sure you keep a copy of that data safe on additional local drives, network-attached drives, or the cloud. One of the easiest and quickest ways to protect your data is to back it up to another hard drive. To transfer data to an external hard drive, first select an external hard drive which will meet your storage needs. Depending on the type of data, you may want a hard drive with a very large capacity.

If you have a lot of images, video, or music files, an external hard drive with lots of room is an excellent idea. If you are planning to transfer data like documents, a smaller capacity external hard drive is sufficient. Some external hard drives are small enough to fit on a key chain, which is useful for travelers who need small files on the go.

Yes, you can with the help of Windows data recovery software to recover data from FAT and NTFS partitions which are corrupt, damaged, formatted and inaccessible. As you might have noticed that the above method is a bit longer as you have to transfer complete data of old hard drive to an external drive and then copy to new drive. If you are using a laptop then you can opt for a hard drive upgrade kit which not only includes the enclosure but also a cloning software from the old drive to the new one. Regularly cleaning your customers' hard drives is one thing MSPs should be doing to help maximize space and boost performance.

Place the hard drive into an external hard drive enclosure, attaching both power and data cables from the enclosure's wiring to the drive. To buy the correct enclosure, check the size of your drive. Most desktop hard drives need a 3.5 inch enclosure, while laptop drives most often use 2.5 inch enclosures. Modern drives use SATA enclosures, but very old drives with large ribbon cables need IDE enclosures instead.

Time to replace the hard drive of your laptop or your PC? Your laptop has become slow and you no longer have enough storage space? In this article, we describe how to replace your hard drive with a fast SSD . Place your old hard drive in an external hard drive enclosure so that you can always access your old data.

In addition, you now have a portable external hard drive that you can take with you everywhere. Look at your drives and start the migration process. Confirm that you want to proceed, and the software will let you know when it's finished.

It takes a very long time to move gigabytes of media with an easy transfer program, and I don't see the point. For example, I have all my music files in one big, hierarchical directory on an external hard drive, backed up to a second external hard drive. (FreeFileSync on my desktop PC keeps them in sync.) I never copy them from one laptop to another. Instead, I just load any albums I currently want to have as local files – a different selection each time – via network shares. Remember that SATA large hard drives and small hard drives use the same power and motherboard interface.

If your main goal is to just get your data, you can use a SATA external adaptor for a laptop or desktop hard drive. Alternatively, IDE drives use a different interface for desktop computers and laptop computers. For example, if you have a desktop IDE hard drive, you'll need a desktop IDE hard drive enclosure. Getting back to creating an external hard drive, the next thing you need to make certain of is the size and type of drive you have. Notebook computers typically use 2.5-inch hard drives, simply because they're smaller and use less power than 3.5-inch desktop hard drives. If you're not sure what size your drive is you can measure it.

Hard drives have a rectangular shape, and the smaller of the two sides is where the size is measured. You can do this by using the cloud to save hard drive storage via a backup service or by using an external data storage device. Take time to review what programs you want to keep, and assemble your original discs or data files for reinstallation on your new drive.

New portable external hard drives are pretty cheap nowadays. Once you have successfully removed the old hard drive, securely fit it inside your external hard drive enclosure. Remember, this enclosure needs to be the correct size and interface for your drive. Grab your USB cable and connect one side to the enclosure and the other to your laptop. If you merely want to recover the data, just take your old hard drive out of your dead computer, put it in an external hard drive case and pull out any files you need.

Even if you don't continue to use it as an external hard drive, you'll be able to get all your data. If you're going to decommission, donate, or recycle a computer, then it's also important to learn how to properly wipe clean a hard drive so no trace of sensitive information remains. After creating your backup, shut down the computer, install your hard disk or SSD drive, start the computer then load your BIOS or UEFI firmware. After confirming these changes, connect your external hard disk, then power on the device. Boot from your Windows 10 install media, which will be used to facilitate the restoration of your system image created earlier.

When you arrive at the Install Now screen, click the Repair computer link; this will load the Recovery Environment. If you're interested in using an external drive to back up and transfer your data, check out our roundup of the best external hard drives available now. Using an external hard drive to transfer your data from an old PC to a new PC also gives you a backup of your data in case things go wrong.

This mostly manual process might take a bit longer, but if you already have an external drive lying around, you can transfer your files without spending more money. You can back up your data on thumb drives or USB flash drives. Remember, though, that these are small storage devices and may not accommodate all the data you need to save.

External hard drives, which can offer more storage, might be a better option. You can also transfer your data to another laptop or PC. Your personal information is stored on a computer's hard drive unless you take the steps to wipe the hard drive clean. Anyone with recovery software and bad intentions could access this information, putting your privacy and the security of your personal information at risk.

Cloning software makes a bit-for-bit copy of your internal hard drive's data. Once the data is transferred to the SSD, transplant the new drive into your computer and you should be good to go. I prefer to clone a hard drive onto an SSD whenever possible. If it's done right, a cloned SSD is bootable, so it's literally a plug-and-play experience.

Just copying files between the two drives instead may not copy all the data you need to get the computer to boot with the new drive. If all else fails, you may need to go back to your old PC, run the appropriate program, and File/Export the missing data to an external hard drive. You can then connect this to your new PC, and import the data into the program, or its new replacement. This may well include browser bookmarks and passwords. Also, double-check that any offline email files have been copied across.

After you connect the external hard drive to the other computer (let's assume it's a Windows computer), click on "Start" and "Computer" and select the secondary hard drive that populates. Click on "Documents," "Settings" and then "Owner" to access all the documents and data that were originally on your old computer. Navigate through your data from the old computer to find and locate any files you want to keep and transfer to your new computer.

Can You Put Old Hard Drive In New Computer If your external hard drive has failed, you can still recover your data. Just pull out the hard drive inside and put it into a new enclosure. You'll be happy to know that oftentimes it's actually the hard drive enclosure that has failed – not your hard drive. Once you replace the enclosure, your data should be fine and you can keep on doing what you do. Years ago, disk cloning was only possible using very expensive hard drive duplicators.

With Acronis True Image, you can create a mirror-image copy of any hard drive. With partitioning software such as Acronis Disk Director, or Windows Disk Management, you can even create a clone partition on the same hard drive . Backups have a reputation for being cumbersome to create, maintain and manage, which sometimes results in users neglecting to perform them. While backups can be tedious without the right tools, modern hard drive backup software and methods make the process much easier and faster.

In this article, we'll discuss how to back up a computer and also how to perform a hard disk recovery if your data is ever lost. Many people assume that deleting old files and browser history is all that's needed to clear their hard drive. But the reality is, cybercriminals can run data recovery software to access your deleted files and get a hold of private information. A full wipe will protect you—and your customers—from this type of attack.

This is definitely an involved task, and users considering upgrading their storage device should think carefully about the migration method they plan on using. My personal lesson, if you are moving to a storage device that's larger than the one you are replacing, the built-in System Image tool in Windows 10 is more than sufficient. If you are moving to a smaller hard disk or SSD storage, then you will need a third-party utility such as EaseUs Todo Backup to help you. It goes without saying, additional tools to facilitate the restoration might be needed, such as an external hard disk or even an external enclosure.

External hard drives are far less vulnerable to virus attacks and spyware because they are not continuously connected. When you transfer data, make sure that it has been scanned so that you do not inadvertently introduce viruses to your external hard drive. Many USB devices are also hot swappable, which means that they can be plugged in and turned on while the computer is turned on. To remove the device, use the computer's ejection utility. This ensures that the device will not be damaged when you power down and unplug it.

When you transfer data, you want to ensure that it will not be lost, so be certain to wait until the computer indicates that it is safe to disconnect the external hard drive. There are two types of external USB drive connector. One is a total enclosure, converting an internal drive to an external drive for long-term use. The other type of connector strips away the enclosure entirely, leaving only a cable and connector. This is perfect if you have multiple drives to check or only want to temporarily access a drive to transfer data. The former is a long and tedious process we would not wish on anyone – and that's assuming that you already have the correct drivers downloaded on a USB drive.

Always back up your data before wiping a hard drive or making any other significant changes or repairs to your PC. Cloud storage solutions as well as external hard drives are both great ways to keep your data safe in case something goes wrong. You can even clone your hard drive, which will give you a complete copy of your entire disk. After upgrading from a hard disk drive to a solid-state drive and migrating your data to the new drive, wipe your old hard drive if you're planning on giving it away or getting rid of it.

You can also buy a casing for your old drive and continue using it as an external storage device. OP, every time I move to a new pc, I move the old drive to the new pc also, and install windows fresh on the new drive. Even with windows installed on it, it won't be an issue as long as you choose your new drive as the boot drive.

This way you can retrieve old files as you need to without hassle. Hard drives are data storage devices that a computer uses to store a computer's operating system, applications, and files. You may want to install a hard drive on your computer to gain additional storage space or to replace a faulty hard drive.

This wikiHow teaches you how to install a hard drive in a desktop or laptop computer. My laptop hinges broke so, I bought a new Dell laptop. I removed the hard drive from the old unit and installed it into an external drive enclosure. I would like to install everything on the old hard drive onto my new PC.

I have the external enclosure and a USB cable to attach to it and to the new PC. How do I proceed to transfer all the old info onto the new PC so when I turn it on it's the looks and functions like the old did? Rather than purchase a hard drive enclosure to make an external home for a SATA hard drive you are removing, why not purchase a SATA dock.

I now have 6 hard drives, including some from my desk top tower and one from an old HP laptop, that I simply pop into the SATA dock when I need information on the drive. The SATA dock accommodates all my old SATA drives. I also keep on hand an inexpensive unit that converts by old EIDE drives into USB drives. No matter your computer is Windows 7, Windows 8 or Windows 10, you can always clone or move HDD to the new computer.

How To Find Density Using Volume

Of a substance is the ratio of the mass of a sample of the substance to its volume. The SI unit for density is the kilogram per cubic meter (kg/m3). Although there are exceptions, most liquids and solids have densities that range from about 0.7 g/cm3 to 19 g/cm3 . Table \(\PageIndex\) shows the densities of some common substances. Students use the water displacement method to find the volume of different rods that all have the same mass. They calculate the density of each rod, and use the characteristic density of each material to identify all five rods.

Then students consider the relationship between the mass, size, and arrangement of atoms to explain why different rods have different densities. Students will be briefly introduced to the periodic table. Now, Karen needs to take some measurements of her ring to figure out if its density matches that of gold. First, she uses the balance to measure the mass of the ring, which is 1.35g. To do this, Karen fills a graduated cylinder with 100 milliliters of water and then drops in the ring. Karen measures the new volume of the water, 100.5 milliliters, and then subtracts 100 milliliters.

She's left with 0.5mL, which is equal to 0.5 cubic centimeters, the volume of her ring. Density is the amount of matter contained in a specific volume. You can calculate density by dividing the mass of a substance by the volume. In a mass versus volume graph, mass is on the y-axis, and volume is on the x-axis. You can use this type of graph to calculate density by determining the slope, which is the change in y divided by the change in x.

Mass versus volume graphs also can be used to help identify known substances and to compare the density of two objects based on the slope. Measuring the volume of a liquid isn't as obvious, because liquids change shape. When you measure liquids in a measuring jug, the numbers on the side are things like fluid ounces, pints, and liters . Liters are used in scientific equipment because those are standard scientific units. Volume is measured in meters cubed, and 1 meter cubed is equal to 1,000 liters. Another way you can use mass versus volume graphs is to help identify unknown substances.

He claims the ring is solid gold, but Karen is skeptical. From her physics class she knows that all elements have a characteristic density based on the size of their atoms. Using a mass versus volume graph for gold, Karen can easily find its density. Each group measured the volume of the same samples. What are some reasons that groups might have different values for density?

Students should realize that small inaccuracies in measuring volume can account for differences in density values. Another reason is that the graduated cylinder, itself, is not perfect. So there is always some uncertainty in measuring. Remind students that in the beginning of the lesson they made a prediction about the density of the small, medium, and long sample.

Tell students that like the cubes in the previous activity, they will need to know the volume and mass of each of the samples. They will also calculate the density of each sample and use this value to figure out which material each rod is made of. Density is the measurement of how much mass is compacted in a given volume, calculated by dividing mass by volume. Learn how to calculate the density of both solids and liquids through demonstration problems. You can use this graph to figure out how much mass is in any given volume of a substance. Using the x-axis, locate the volume you're wondering about, then find the y-intercept and use the y-axis to find how much mass there is in that much volume.

For example, if we had a sample of copper with a volume of six cubic centimeters, based on the mass versus volume graph, the mass would be 50 grams. Density is a measure of matter that is calculated by dividing mass by volume. Review the definition of density, explore mass vs. volume graphs, and learn more about the processes of comparing density and identifying substances. The fastest way to find the density of an object is of course to use our density calculator.

To make the calculation, you'll need to know a few other values to start with. After typing these values into the density calculator, it will give you the result in kilograms per cubic meter. Figure out the volume by either measuring the dimensions of the solid or using a measuring jug for a liquid. Convert any units as needed to get a number in meters cubed.

Figure out the volume, by either measuring the dimensions of a solid or using a measuring jug for a liquid. Because the density of water in g/cm3 is 1.0, the SG of an object is will be almost the same as its density in g/cm3. However, specific gravity is a unitless number, and is the same in the metric system or any other measurement system. It is very useful when comparing the density of two objects. Since specific gravity is unitless, it doesn't matter whether the density was measured in g/cm3 or in some other units (like lbs/ft3). Density often has units of grams per cubic centimeter (g/cm3).

Remember, grams is a mass and cubic centimeters is a volume . You calculate the volume of the solution by measuring the dimensions of the beaker and the level of the liquid and find it to be 355 ml. Since a milliliter is a cubic centimeter, you should find the mass in grams.

Identify the density of the substance being used. These values can be determined in reference materials for the substance. For example, pure water has a density of one gram per cubic centimeter at four degrees Celsius. Note that the density of a substance changes with temperature.

For this lesson you will need a set of five solid rods, each with the same mass, same diameter, but a different volume. There are several versions of these rods available from different suppliers. This activity uses the Equal Mass Kit from Flinn Scientific (Product #AP4636) but can be adapted to any set of equal mass rods. Since there are only five samples in the Equal Mass kit, you may need two kits so that each group can work with a sample. Density is the measure of a unit's mass to its volume, or essentially how compact an objects mass is.

It is expressed as the unit of mass over the unit of volume, for example lbs/cu ft. To calculate density, divide the mass, or weight, of an object by the volume. Place the graduated cylinder upright on the table and look at the level of the water. If the sample floats, use a pencil to gently push the top of the sample just under the surface of the water. Record the number of milliliters for this final water level.

The formula above makes the assumption that the resulting density value should be expressed in the same units of measure as mass and volume. It's possible to to find density of an object when the mass and volume are not in the same units of measure. Dividing the mass she measured by the volume gets her 2.7 grams per cubic centimeter, which is the density of aluminum. Looks like Karen's soon-to-be ex-boyfriend wasn't telling the truth after all.

The formula for the slope of a straight line is the change in y divided by the change in x. Since the y axis is equal to mass, and the x axis is equal to volume, slope is equal to mass divided by volume. Therefore, the slope of a mass versus volume graph is equal to density.

Note that density is also affected by pressure and temperature. In the case of solids and liquids, the change in density is typically low. However, when regarding gases, density is largely affected by temperature and pressure. An increase in pressure decreases volume, and always increases density.

Increases in temperature tend to decrease density since the volume will generally increase. There are exceptions however, such as water's density increasing between 0°C and 4°C. The equation relating density, mass and volume is straightforward and allows you to calculate the density of a material if you measure its mass and volume. The only caveat is that you have to make the measurements in the same system. Tell students that this chart is based on the periodic table of the elements but that it only includes the first 20 elements out of about 100.

A representation of an atom for each element is shown. For each element, the atomic number is above the atom and the atomic mass is below. This chart is special because it shows both the size and mass of atoms compared to other atoms. Students will be able to explain that materials have characteristic densities because of the different mass, size, and arrangement of their atoms.

Students will be able to use the volume displacement method to find the volume of an object. For example, let's find the mass of an object with a density of 4 pounds per cubic foot and a volume of 3 cubic feet. We use the mass and volume of a substance to determine its density. Thus, the units of density are defined by the base units of mass and length.

A steeper line indicates a greater slope and thus a greater density. So, whichever substance has a steeper line has a greater density. You can also use the calculations we just discussed to find the density of a substance. We'll do this in an example in the next section of the lesson.

Typical densities for gasses are on the order of thousandths of grams per cubic centimeter. Liquids often have densities of about 1.0 g/cm3, and indeed, fresh water has a density of 1.0 g/cm3. Rocks often have a density around 3 g/cm3, and metals often have densities above 6 or 7 g/cm3. If you have an object made of a known material, you can look up its density in a table. This information allows you to calculate its volume by weighing it. If you already know its volume, you can calculate its mass.

Using the density, mass, volume calculator just requires rearranging the density equation to express the parameter you want in terms of the other two. Density is the mass per unit volume of any object. It is calculated by dividing the mass of an object by its volume.

The volume of objects can be worked out by multiplying height by length by width. Have students look at the size and mass of atoms to help explain why each sample has a different density. Tell students that you want to find out how much the water level changed.

Subtract the initial water level from the final water level to find the volume of the rod. Use the dark gray plastic sample so that students can see it better. Argon crystallizes in the face-centered cubic arrangement at 40 K. Given that the atomic radius of argon is 191 pm, calculate the density of solid argon. When you're asked to calculate density, you need to use a combination of the density equation we've already introduced and an understanding of volume.

For example, you might not be given the actual volume of the material or object to put into the density equation. Instead, you may be given the measurements of the object and be expected to figure out the volume yourself. Students, and even teachers, often confuse mass and density. The words heavy and light on their own refer to mass, and not density.

A very large sponge may weigh a lot , but its density is low because it still weighs very little per unit of volume. For density, you also need to consider the size, or volume, of the object. You probably have an intuitive feeling for density in the materials you use often. For example, sponges are low in density; they have a low mass per unit volume. You are not surprised when a large sponge is easy to lift.

If you pick up an iron skillet, you expect it to be heavy. Density is a fundamental concept in the sciences; you will see it throughout your studies. It is used quite often in identifying rocks and minerals since the density of substances rarely changes significantly. For example, gold will always have a density of 19.3 g/cm3; if a mineral has a density other than that, it isn't gold. This gives sulfur more mass per volume than calcium, making it more dense.

Have students refer to the illustration of calcium and sulfur on their activity sheets. Explain that a calcium atom is both bigger and heavier than a sulfur atom. But a piece of solid sulfur is more dense than a solid piece of calcium. The density of sulfur is about 2 g/cm3 and the density of calcium is about 1.5 g/cm3.

Polyvinyl chloride is made up of carbon, hydrogen, and chlorine atoms. In the chart, chlorine has a large mass for its size. This helps make polyvinyl chloride more dense than polyethylene.