INPUT ARTICLE: Article: ”. Don’t add the city/state info. The name is good enough. It will display a list of filtered results as you type.  Although most business’ have listings, some don’t so you’ll need to clear these misconceptions up. Also, there’s another edit box underneath that initially displays “Where did you go to high-school” that you can add your high-school”  as well as many other major accomplishments in your education.

SUMMARY: Locate the box labeled “Work and Education”. Click the “Edit” button at the top right of this box. Click the box underneath your work-history that should be clearly labeled by the initial title “Where did you go to college/university? Begin typing the name of your college. Click the correct business. Click the “Edit” link to more clearly acknowledge the proper years you’ve attended the school/college/university, what courses you excelled in/majored in/etc. Click the “Add school” button when you are finished with the business and complete all other listings you’ve added. Click the “Done Editing” box at the top right hand corner of the Work and Education box as was originally labeled.


INPUT ARTICLE: Article: If you absolutely must get your cat out from under the bed in a hurry, the sound of a vacuum cleaner is highly effective. Bring the vacuum cleaner into the bedroom, set it up next to the bed, and turn it on. Most cats will bolt at the sound. If your cat is really determined to stay, try sliding the vacuum cleaner hose under the bed and shaking it around. Insert a broom under the bed and gently sweep it back and forth to try to chase the cat out. This may not be effective if your cat is able to climb up into your box-spring. Some cats only enjoy being under the bed when they can also press themselves against the wall or corner. Try moving your bed away from the wall so that your cat will be less comfortable in that area.

SUMMARY: Turn on the vacuum cleaner. Sweep under the bed with a broom. Try moving your cat's bed.


INPUT ARTICLE: Article: It is true that brushing your teeth alone is not enough to get rid of the alcohol scent, but it is still a crucial and important first step. Brush your teeth thoroughly with minty toothpaste, and follow with mint-flavored mouthwash. You may want to bring your dental hygiene items along with you and repeat this later in the day. 20-30 minutes of vigorous cardio in the morning can help your body to process any excess alcohol and sweat out some of the alcohol smell. Some ideas for working up a sweat include:  Running Jumping rope  Dancing to music Doing step aerobics Just like toothbrushing, you may have heard that taking a shower alone is not enough to keep that alcohol scent away. But this doesn’t mean you should skip the shower! Take a good, long shower. Wash your hair and use scented soap. If you plan to exercise, wait until afterward to shower. As your day goes on, you are liable to start sweating. This can re-release the smell of alcohol on you. You can combat this by applying deodorant after your shower. You might also sprinkle some baby powder onto your body to absorb any additional sweat and keep you smelling fresh.  You may want to re-apply these products later in the day. If you are sweating a lot, you may want to change into clean clothes about halfway through your day. A little spritz can go a long way toward covering up the smell of booze. Use a bit of your favorite scent. Avoid overdoing it. Instead consider reapplying perfume/cologne a little later in the day.

SUMMARY: Brush your teeth and use mouthwash. Exercise in the morning. Take a shower. Cover up the smell of your perspiration. Use perfume or cologne.


INPUT ARTICLE: Article: You must understand the primary organelles (cell components, essentially the organs of the cell), their relation to one another, and the differences between plant and animal cells if you are going to construct an accurate 3D model.  You must know the different organelles if you are going to model them. Vitally, you must understand their shape. The colors usually given to the different cell components in textbooks are used for contrast and usually bear no resemblance to reality, so in that instance you can be creative. But you must develop the correct shapes in order to model them. It is also important to know how the various cell structures relate to one another. For example, the endoplasmic reticulum (ER) is always located close to the nucleus because it processes the proteins that are used in DNA replication. Consider where you will place your organelle as you are creating your model.  Know the differences between plant and animal cells. Most importantly, plant cells have an exterior cell wall made of cellulose, contain very large vacuoles (a membrane-bound collection of water and enzymes), and possess chloroplasts (the portions of the plant cell that convert sunlight into usable energy). Centrosomes are only present in animal cells. Similarly, animal cells always have cilia, while plant cells often don't. Animal cells are typically round and irregular, while plant cells are rectangular and fixed in shape. Will your model be a transparent representation, with the cell components suspended in a see-through material? Will it instead be a cutaway model, giving the appearance of a cell that has been cut in half but containing organelles that provide a three-dimensional appearance? Instructions on how to construct two alternative styles of model appear later in this article, but will be summarized here:  The first option is a fully three-dimensional representation of a cell, with all of the organelles suspended in clear gelatin. The second option involves using craft materials to construct a cut-away model that shows a cell with a section removed to facilitate viewing. The materials will obviously vary depending on the type of model you have decided to construct.  It is easiest to use items that already have the general shape of the object you are modeling--say, something roughly circular for a cell nucleus. Of course, many of the organelles are shaped so strangely that it may be impossible to find something that already has the same appearance. In this case you should think of materials that are flexible and can be fitted to whatever appearance you need. Will your 3D model be edible? What types of colors will you use for each organelle? Never lose sight of the vital elements that must be represented in this project, but the form of your model does not always have to limit its style and creativity.

SUMMARY:
Understand cells. Develop a concept for your model. Think about the materials you would use. Be creative.