Q: Having a diagnosed condition increases your risk of low blood sodium. This means that you'll need to be extra careful and be on the lookout for symptoms. Some of the health conditions that put you at risk of low blood sodium include: Having kidney disease, heart disease, or liver cirrhosis Being older, such as over the age of 65 Engaging in intensive exercise regularly, such as triathlons, marathons, and ultramarathons Taking certain medications, such as antidepressants, diuretics (blood pressure medication), and some pain relievers A mild or moderate case of low sodium is usually not an emergency, but it is important to watch for symptoms if you're at risk of low blood sodium levels. However, keep in mind that symptoms of low sodium may also be symptoms of another medical issue. Call your doctor if you experience: Nausea Headaches Cramping Weakness Decreased sodium electrolytes in the body can be harmful to you, especially if it's severe. The condition can even be fatal if it's left untreated. Seek immediate medical attention if you experience any of the following: Nausea and Vomiting Confusion Seizures Loss of consciousness If you experience symptoms of low sodium or otherwise suspect that your sodium levels are low, visit your doctor. The only way to confirm low blood sodium level is with a blood or urine test. Low blood sodium can be a serious condition, so it's important to get treatment right away if you suspect a problem.
A: Watch for symptoms if you have a condition that increases your risk. Call your doctor if you experience symptoms of low sodium. Seek immediate medical attention for severe symptoms of low sodium. Get your blood sodium level tested if you think it might be low.

Article: In some circumstances, your system of linear equations may have infinite solutions. This means that any pair of values that you insert into the two variables will make the two equations correct. This happens when the two equations are really just algebraic variations of the same, single equation. For example, consider these two equations: 2x+8y=18{\displaystyle 2x+8y=18} x+4y=9{\displaystyle x+4y=9} If you begin working on this system and try creating a pair of matching coefficients, you will find that by multiplying the second equation by 2 you will create the equation 2x+8y=18{\displaystyle 2x+8y=18}. This is an exact match of the first equation. If you proceed through the steps, you will eventually get the result 0=0{\displaystyle 0=0}. A solution of 0=0 means that you have "infinite" solutions or you can simply say that the two equations are identical. If you consider this system graphically and plot the lines that are represented by the two equations, the "infinite" solution means that the two lines lie exactly one on top of the other. It is really only one line. Occasionally you may have a system in which the two equations, when written in standard form, are nearly identical except that the constant term C is different. Such a system has no solution. Consider these equations: 4x+2y=6{\displaystyle 4x+2y=6} 2x+y=4{\displaystyle 2x+y=4} At first glance, these look like very different equations. However, when you begin solving and multiply each term of the second equation by 2 to try to create matching coefficients, you will wind up with the two equations: 4x+2y=6{\displaystyle 4x+2y=6} 4x+2y=8{\displaystyle 4x+2y=8} This is an impossible situation, since the expression 4x+2y{\displaystyle 4x+2y} cannot equal both 6 and 8 at the same time. If you were to try solving this by subtracting the terms, you would reach the result 0=2{\displaystyle 0=-2}, which is an incorrect statement. In such a circumstance, your response is that there is no solution to this system. If you consider what this system means graphically, these are two parallel lines. They will never intersect, so there is no single solution to the system. It is possible for a system of linear equations to have more than two variables. You may have 3, 4, or as many variables as the problem dictates. Finding a solution to the system means finding a single value for each variable that makes each equation in the system correct. To find a single, unique solution, you must have as many equations as you have variables. Thus, if you have the variables x,y{\displaystyle x,y} and z{\displaystyle z}, you need three equations. Solving a system of three or more variables can be done using the linear combinations explained here, but that gets very complicated. The preferred method is using matrices, which is too advanced for this article. You may wish to read Use a Graphing Calculator to Solve a System of Equations.
Question: What is a summary of what this article is about?
Recognize identical equations as having infinite solutions. Find systems with no solution. Use a matrix for systems with more than two variables.

Problem: Article: When the oil is fresh on your ball, it'll be easiest to wipe away. Wipe your ball after every game to maintain its condition. Keep a ball towel with your bowling gear for this purpose, and change it out after every time you play so oil doesn't build up on the cloth and transfer again to the ball. Your ball towel, ideally, should be a lint free, microfiber cloth. Microfiber cloths will protect the finish of your ball, and lint free cloth will keep threads and pieces of cloth from rubbing onto your ball and influencing your game. For the best results and the most consistent throws, towel off your ball after every shot. During prolonged play, you may want to swap in a clean towel at about the halfway point in your play. As soon as you finish bowling, the ball will be warm from the friction of the lane. This heat opens the pores on your ball, allowing you to clean the ball better. A little bit of alcohol goes a long way, so use it sparingly to wet your rag, then wipe down the entire surface of your ball. After you have wiped down your ball with your alcohol dampened cloth, take a dry part of your towel or a fresh towel and wipe free any remaining moisture on its surface. The longer the oil sits on the surface of your ball, the more a chance it has to sink in and become harder to remove. This means that by cleaning your ball every time you bowl, your ball will stay cleaner for longer. This can save you a considerable amount in professional cleaning and help you bowl more consistently.
Summary: Prevent the buildup of oil for easier cleaning. Moisten your rag with rubbing alcohol. Clean the ball regularly.

Q: This will be the plate. Draw details for leaves. Add details.
A:
Draw a horizontally elongated oblong. Draw a more flattened and elongated oblong below the first with an inner overlapping oblong. Draw the details for the cut head, wings, and butt. Draw an oblong near the butt with small circles or oblongs below it. Draw the details for the turkey's leg with a sketch for the leg bone. Trace with a pen and erase unnecessary lines. Color to your liking!