Problem: Article: Bake for approximately 10 to 15 minutes, or until golden brown. Enjoy great tasting cookies!
Summary: Preheat the oven to 375F. Set out the cookie sheet. Transfer the cookie dough to the cookie sheet. Place the cookie sheet into the oven. Remove the cookies from the oven once bakes. Allow to cool for 5 to 10 minutes before eating. Serve.

Problem: Article: If necessary, rearrange the equation so y{\displaystyle y} is alone on one side of the equal sign. If the equation uses f(x){\displaystyle f(x)} or g(x){\displaystyle g(x)} instead of y{\displaystyle y}, separate this term instead. Remember, you can cancel out terms by performing the same action to both sides. If you do not know the equations, find them based on the information you have. Example: Your two lines are y=x+3{\displaystyle y=x+3} and y12=2x{\displaystyle y-12=-2x}. To get y{\displaystyle y} alone in the second equation, add 12 to each side: y=122x{\displaystyle y=12-2x} We're looking for a point where the two lines have the same x{\displaystyle x} and y{\displaystyle y} values; this is where the lines cross. Both equations have just y{\displaystyle y} on the left side, so we know the right sides are equal to each other. Write a new equation that represents this. Example: We know y=x+3{\displaystyle y=x+3} and y=122x{\displaystyle y=12-2x}, therefore x+3=122x{\displaystyle x+3=12-2x}. . The new equation only has one variable, x{\displaystyle x}. Solve this using algebra, by performing the same operation on both sides. Get the x{\displaystyle x} terms on one side of the equation, then put it in the form x=??{\displaystyle x=??}. (If this is impossible, skip down to the end of this section.) Example: x+3=122x{\displaystyle x+3=12-2x} Add 2x{\displaystyle 2x} to each side: 3x+3=12{\displaystyle 3x+3=12} Subtract 3 from each side: 3x=9{\displaystyle 3x=9} Divide each side by 3: x=3{\displaystyle x=3}. Choose the equation for either line. Replace every x{\displaystyle x} in the equation with the answer you found. Do the arithmetic to solve for y{\displaystyle y}. Example: x=3{\displaystyle x=3} and y=x+3{\displaystyle y=x+3} y=3+3{\displaystyle y=3+3} y=6{\displaystyle y=6} It's a good idea to plug your x{\displaystyle x}-value into the other equation and see if you get the same result. If you get a different solution for y{\displaystyle y}, go back and check your work for mistakes. Example: x=3{\displaystyle x=3} and y=122x{\displaystyle y=12-2x} y=122(3){\displaystyle y=12-2(3)} y=126{\displaystyle y=12-6} y=6{\displaystyle y=6} This is the same answer as before. We did not make any mistakes. You've now solved for the x{\displaystyle x}-value and y{\displaystyle y}-value of the point where the two lines intersect. Write down the point as a coordinate pair, with the x{\displaystyle x}-value as the first number. Example: x=3{\displaystyle x=3} and y=6{\displaystyle y=6} The two lines intersect at (3,6). Some equations make it impossible to solve for x{\displaystyle x}. This doesn't always mean you made a mistake. There are two ways a pair of lines can lead to a special solution: If the two lines are parallel, they do not intersect. The x{\displaystyle x} terms will cancel out, and your equation will simplify to a false statement (such as 0=1{\displaystyle 0=1}). Write "the lines do not intersect" or no real solution" as your answer. If the two equations describe the same line, they "intersect" everywhere. The x{\displaystyle x} terms will cancel out and your equation will simplify to a true statement (such as 3=3{\displaystyle 3=3}). Write "the two lines are the same" as your answer.
Summary: Write the equation for each line with y{\displaystyle y} on the left side. Set the right sides of the equation equal to each other. Solve for x Use this x{\displaystyle x}-value to solve for y{\displaystyle y}. Check your work. Write down the x{\displaystyle x} and y{\displaystyle y} coordinates of the intersection. Deal with unusual results.

Problem: Article: After the pipe has cooled, shake the pipe. Make sure to put a finger over the bowl so the ash doesn't go everywhere. Do this for a few seconds. Then, pour the ash and debris out of the bowl. If you can't get everything out when you pour, use the pipe tool with the spoon end to scoop out the ashes. Shaking the pipe with the ash still in it helps to form cake on the inside of the bowl, which helps prolong the life of the pipe. After dumping the ash and dottle, blow through the stem to get rid of any excess ash and dottle. Then, use a pipe cleaner to clean the pipe. Start with a bristle pipe cleaner. Push the pipe cleaner through the stem of the pipe. The tip of the pipe cleaner should be the only part visible. Then remove it. Afterwards, you can use the other side of the pipe cleaner or use a clean pipe cleaner to do the same thing. Do this until the pipe cleaner is clean when you remove it. Use a damp pipe cleaner to clean the mouthpiece. You can dampen the pipe cleaner with saliva. Rub the pipe cleaner around the mouthpiece to remove any debris lingering on it. Blow through the stem to blow out any ash or debris. Take a soft cloth to wipe down your pipe after you have cleaned the inside. To preserve the wood, you may want to use a cloth dampened with olive oil or a special wood pipe cleaning cloth. Place the pipe on the shelf. If you are concerned about moisture in the stem, you can leave a pipe cleaner in it to soak up moisture.
Summary:
Shake your pipe. Clean the pipe with a pipe cleaner. Wipe the mouthpiece. Wipe the pipe before putting it up.