Article: > Go to PowerISO> Set number of drives> For example 1 drives. > Go to PowerISO> Mount IMG to drive [Letter] > You will see your mounted CD.
Question: What is a summary of what this article is about?
Download PowerISO, and install it. Right click on the ISO file you want to mount. Right click on your ISO file you want to mount. Go to My Computer.

Problem: Article: Measure 3in (7.6cm) past the corners of the window frame and make a mark with a pencil. Hold the hooks in place over your mark and mark where the holes will go, then place a screw in 1 hole and screw it in with a drill. Repeat this for each hole, making sure the holes are lined up over your marks, to secure the hooks in place. Installing the hooks 3in (7.6cm) past the corners of the window frame will allow the scarf to drape down over the sides of the window. Measure across the window with a tape measure from 1 side of the frame to the other and make a mark with a pencil right in the middle. Hold a scarf hook over the mark you made and mark where the holes will go, then screw it into place as you did with the corner hooks. You could install more than 1 hook above the middle of the window frame if you want to create more drapes in the window scarf. It is completely up to you and the style you want to end up with. Place the end of a tape measure at the top of the window in a corner. Measure from the corner of the window down to where you want the ends of the curtain scarf to reach. It is totally up to you and the effect you want to create to determine how long you want the ends of the curtain scarf to be. Stretch a tape measure across the window after you install the scarf hooks. Double this number so you get enough fabric to create drapes. If the window is 60in (150cm) wide, then double that to get 120in (300cm) for your 2nd measurement. Take the 1st measurement you got for the length and add it to the 2nd measurement you got by doubling the width. This number is how long a piece of fabric you need for your window scarf. If you want the window scarf to reach down 30in (76cm) from the top of the window on each side, and the window is 60in (150cm) from corner hook to corner hook, then get a window scarf that is 180in (460cm) long. Use fabric that is at least 22in (56cm) for a curtain scarf to create wide enough drapes. Find the center of the fabric and hang it over the middle hook first. Then hook the fabric over the 2 hooks in the corners and let the sides dangle down. If you have more than 1 hook in the middle, always start with hanging the center of the fabric over the center hook first so that each side is even. You can knot the window scarf around the corner hooks to secure it in place.
Summary: Install scarf hooks at both corners of the top of the window. Install 1 scarf hook in the middle at the top of the window. Measure the length of the window to decide how much fabric you need. Measure across the window from 1 corner hook to the other. Add the numbers together to determine the length of fabric to purchase. Hang the window scarf over the middle hook and the corner hooks.

INPUT ARTICLE: Article: Most lung infections don't require an antibiotic because they aren't caused by bacterial infections. However, some respiratory infections, like pneumonia, may be caused by bacteria. If this is the case, your doctor can give you an antibiotic to help you make a faster recovery.Take your medication as directed, and finish your entire prescription, even if you feel better. If you stop taking your medication too early, your infection may rebound.

SUMMARY: Ask your doctor if you may need an antibiotic to treat a bacterial infection.

In one sentence, describe what the following article is about: The first step to solving a two step algebraic equation is just to write the problem so you can start to visualize the solution. Let's say we're working with the following problem: -4x + 7 = 15. The next step is to find a way to keep "-4x" on one side and to keep the constants (whole numbers) on the other side. To do this, you'll have to do the "Additive Inverse," finding the opposite of +7, which is -7. Subtract 7 from both sides of the equation so that the "+7" on the same side as the variable term is canceled out. Just write "-7" below the 7 on one side and below the 15 on the other so the equation remains balanced. This will complete the process of isolating the variable term. Subtracting 7 from +7 on the left side of the equation will leave no constant term (or 0) on the left side of the equation. Subtracting 7 from +15, on the right side of the equation, will leave you with 8. Therefore, the new equation is -4x = 8. -4x + 7 = 15 = -4x = 8 The coefficient is the number attached to the variable. In this example, the coefficient is -4. To remove the -4 in -4x, you'll have to divide both sides of the equation by -4. Right now, the x is being multiplied by the -4, so the opposite of this operation is division and you'll have to do it on both sides. To do this, divide the left side of the equation, -4x, by -4, to get x. Divide the right side of the equation, 8, by -4, to get -2. Therefore, x = -2. You've taken two steps -- subtraction and division -- to solve this equation.
Summary: Write the problem. Decide whether to use addition or subtraction to isolate the variable term. Add or subtract the constant on both sides of the equation. Eliminate the coefficient of the variable through division or multiplication. Solve for the variable.

For this rocket, you will need one water bottle, one pen, one foam football, duct tape or hot glue, and cardboard. You can really use any type of water or soda bottle. For a larger rocket use a two-liter soda bottle. Remove label (if applicable) and discard. Take the cap off, but save it. You will need it later. At this point, you may want to consider decorations like paint, stickers, colored duct tape and the like. (You can decorate later, but it may be easiest at this stage). Bic Pens work great. Remove all parts and set them aside. Use caution when handling these components of the pen. It is easy for the ink cartridge to explode. Don't try this with the clear plastic pens because they will typically crumble. The white plastic cased pens work the best. If you don't have a saw or find it dangerous, you could use a kitchen knife. Take the cap of your bottle and outline the size of the pen barrel onto the cap. Hold the halved pen barrel and trace it with the pen cartridge. Take a drill the size of the pen barrel and drill into the center of the cap. You could also try to use a knife if you don't have an accessible power drill. Take a piece of cardboard or similar material and cut out 3-6 large fins. You will want these to be fairly large because they will hold and support the rocket before take-off. Look online at rockets for inspiration. You can either use duct tape or use a hot glue gun. Do not use "Crazy Glue" or similar adhesive, as it will chemically dissolve the plastic. Evenly attach the fins so that they are facing down from the water bottle's cap. Treat the fins like feet for the rocket. The rocket's tip, or the bottom of the water bottle, should be facing the sky. If the fins are uneven, the rocket will not shoot straight into the air. It may veer off course. Typically, the goal is to fly high, not sideways. Take the pen barrel and insert it into the hole of the cap. If there are any gaps you should seal it with used gum or another malleable adhesive.
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One-sentence summary --
Gather the supplies. Prepare the water bottle. Take apart a disposable pen. Saw the pen's barrel in half. Prepare the cap. Cut out the outline. Create fins out of cardboard. Attach your components. Connect the pen.