10 Ways to Find 10 Minutes to Write

10 Ways to Find 10 Minutes to Write 10 Ways to Find 10 Minutes to Write 10 Ways to Find 10 Minutes to Write By Ali Hale How long do you need to write? We often think its not worth sitting down and starting a piece unless we have a whole afternoon clear – but even finding a spare hour can sometimes seem impossible. Try thinking differently about the time you need to write: one ten-minute session, six days a week, adds up to an hour. That could be a blog post, a scene of a novel, a poem, the outline of a new book proposal Heres ten ways to find at least ten minutes to write, ways you can reclaim annoying â€Å"lost† time and put it to good use. However busy you are, you can manage one of these today: 1. Write first thing in the morning Create an extra ten minutes in your day by setting your alarm early: get up, grab your notebook (or switch on your laptop) and sneak in ten minutes of writing while everyone else is still asleep. 2. Write on the train If you get the train (or bus, or tube) to work or school, write on the way. Some trains and coaches have power sockets for your laptop, but all you really need is a pad of paper and a pen. 3. Write while youre standing in line Next time you get stuck in a long line at the post office or bank, whip out your notebook and start scribbling down a few ideas for your next piece of writing. 4. Write during a coffee break Your coffee break (or morning break at school) can be a great way to find ten spare minutes. If you’ve got access to a computer and email, try writing a paragraph of your latest project – then email it to yourself so you can easily cut-and-paste it later. 5. Write in a boring meeting or lecture Stuck in a dull meeting or lecture? Instead of daydreaming, work on your writing: if you’ve got a laptop, type away, or just write on paper. It’ll look like you’re paying attention to the speaker and taking copious notes†¦ 6. Write in your lunch hour Make a point of taking your lunch hour rather than working straight through, and use this time to get some writing done. Even if you have to go and buy a sandwich, you should be able to find ten minutes spare to write. 7. Write in the car When the traffic jam in front of you stretches for miles, rejoice! Get your notebook out, and start writing. And if you’re lucky enough to have a traffic-free commute, end your journey by sitting in the car park for ten minutes, writing away. 8. Write while youre waiting There are always times in the day when youll end up hanging around, waiting for someone else. Whether it’s sitting in reception at the dentist’s surgery, waiting for the kids to get ready, or waiting for your partner to get home, use those few minutes to write. 9. Write while dinners cooking It takes ten minutes for pasta or rice to cook – so why not take your notebook or laptop into the kitchen and finish a couple of paragraphs while dinner’s cooking? You can keep an eye on the food, and your family won’t interrupt if they know you’re cooking for them†¦ 10. Write in the advert breaks Balance your laptop on your knees and write furiously in every advert break whilst watching television. During the course of an hour-long show, you’ll see at least ten minutes of ads. Plenty of time to finish off your piece! Where could you find ten more minutes in the day to write? How can you reclaim some â€Å"lost† time to your advantage? Tell us about it in the comments†¦ Want to improve your English in five minutes a day? Get a subscription and start receiving our writing tips and exercises daily! Keep learning! Browse the Writing Basics category, check our popular posts, or choose a related post below:English Grammar 101: All You Need to Know3 Cases of Complicated HyphenationIf I Was vs. If I Were

Gay-Lussacs Law Definition (Chemistry)

Gay-Lussac's Law Definition (Chemistry) Gay-Lussacs law is an ideal gas law which states that at constant volume, the pressure of an ideal gas is directly proportional to its absolute temperature  (in Kelvin). The formula for the law may be stated as: Pwhere PGay-Lussacs law is also known as the pressure law. French chemist Joseph Louis Gay-Lussac formulated it around 1808. Other ways of writing Gay-Lussacs law make it easy to solve for the pressure or temperature of a gas: PPTWhat Gay-Lussac's Law Means The importance of this gas law is that it shows that increasing the temperature of a gas causes its pressure to rise proportionally (assuming the volume doesnt change). Similarly, decreasing the temperature causes the pressure to fall proportionally. Gay If 10.0 L of oxygen exerts 97.0 kPa at 25 degrees Celsius, what temperature (in Celsius) is needed to change its pressure to standard pressure? To solve this, you first need to know (or look up) standard pressure. Its 101.325 kPa. Next, remember that gas laws apply to absolute temperature, which means Celsius (or Fahrenheit) must be converted to Kelvin. The formula to convert Celsius to Kelvin is: K degrees Celsius 273.15 K 25.0 273.15 K 298.15 Now you can plug the values into the formula to solve for the temperature: TTTAll thats left is to convert the temperature back to Celsius: C K - 273.15 C 311.44 - 273.15 C 38.29 degrees Celsius Using the correct number of significant figures, the temperature is 38.3 degrees Celsius. Gay-Lussac's Other Gas Laws Many scholars consider Gay-Lussac to be the first to formulate Amontons law of pressure-temperature. Amontons law states that the pressure of a certain mass and volume of a gas is directly proportional to its absolute temperature. In other words, if the temperature of a gas increases, so does the gass pressure, providing its mass and volume remain constant. Gay-Lussac is also credited for other gas laws, which are sometimes called Gay-Lussacs law.  For instance, Gay-Lussac stated that all gases have the same mean thermal expansivity at constant pressure and temperature. Basically, this law states that many gases behave predictably when heated. Gay-Lussac is sometimes credited as being the first to state Daltons law, which says that the total pressure of a gas is the sum of the partial pressures of individual gases.