Summarize the following:
" See if she responds. Most likely she will say "Who's this?" Tell her. If she doesn't respond, then just leave her alone for a few days, and try again. If she doesn't text you back, she's not interested. If she does respond, ask her about her friends, family, and interests. Then you can see where it goes from there. A better approach is the simplest message ever: "Hey you." Most likely the girl will not have gotten your number so she will wonder who's talking to her; this means she'll be likely to respond. Likely response #1. If she responds "Hey, who's this?" you can have fun with her by making her guess or tease her for giving her number out to so many guys that she doesn't know who's talking to her. Likely response #2. If she responds: "Oh hey, is this John from the coffee shop?" Just respond "Hope you weren't just waiting around with your phone in your hand all week to hear from me;)" This is a bit cocky, pretty funny, and starts the flirting right away. Now it may not be manly to add smiley faces in messages, but it's hard to tell if someone's joking in text, especially if they don't know you. Optional response. Another response you might want to throw in is: "So is this the cute blonde girl (or the brunette) I met on Wednesday?" or some variation. They will probably be a little shocked by your fortitude, but they will laugh. It's a good idea to have three to four text conversations over the period of a few days to a week before you call her or make a plan for a date. By this time, you will have flirted with her, made her laugh, and there is already enough attraction built up in her mind that screwing up a phone call or a first date will actually be hard for you to do.

summary: Text her and say "hey. Keep it simple. Play it cool until the next time you contact her.

Summarize the following:
" " LinkedIn will send you an email that contains a password reset link. Reset your password within one day of receiving the password reset email, since the link will expire after that timeframe.

summary: Navigate to LinkedIn's sign-in Web page at https://www.linkedin.com/uas/login. Click on "Forgot password? Enter the email address you use for LinkedIn and click "Submit Address. Open the LinkedIn email and click on the password reset link provided. Follow the on-screen prompts to create a new LinkedIn password.

Summarize the following:
The air around you is pressing against you and every other object, with a pressure as high as 101 kPa (14.7 pounds per square inch) when you're at sea level. This would normally be enough to crush a can by itself, or even a person! This doesn't happen because the air inside the soda can (or the material inside your body) is pushing outward with equal pressure, and because the air pressure "cancels itself out" by pushing at us from every direction equally. When the water in the can boils, you can see the water start to escape as little droplets in the air, or steam. Some of the air in the can gets pushed out when this happens, to make room for the expanding cloud of water droplets. Despite the can losing some of the air inside it, it doesn't get crushed yet, because the water vapor that took the place of the air is pushing from the inside instead. In general, the more you heat a liquid or a gas, the more it expands. If it is an enclosed container so it can't keep expanding, it exerts more pressure. This is known as Gay-Lussac's Law. When the can is turned upside down in the ice water, the situation changes in two ways. First, the can is no longer open to the air, since water is blocking the opening. Second, the water vapor inside the can rapidly cools down again. The water vapor once again shrinks down to its original volume, the tiny amount of water at the bottom of the can. Suddenly, most of the space inside the can has nothing in it at all not even air! The air that's been pressing from the outside of the can this whole time suddenly has nothing on the other side to resist it, so it crushes the can inward. Space that has nothing in it is called a vacuum. The appearance of a vacuum, or empty space, inside the can has one other effect besides causing the can to be crushed. Watch the can carefully as you lower it into the water, and again as you lift it out. You might notice a small amount of water getting sucked up into the can, then trickling out again. This is because the water pressure is pushing against the opening of the can, but only hard enough to fill a little of the can before the aluminum is crushed.
summary: Learn about air pressure. Figure out what happens when you heat the can of water. Understand how the can gets crushed. Watch the can closely to discover one more effect of the experiment.