3000 Words Pdf
Marion Georgi
3,000 words is 6 pages single-spaced or 12 pages double-spaced. Documents that typically contain 3,000 words include college essays, operating manuals, and longer form blog posts. It will take approximately 10 minutes to read 3,000 words.
However, the number of pages will vary depending on your margins, font family, font size, whether you use multiple spaces after a period, and your paragraph spacing settings. For example, 1 page single spaced created using Arial font will generate only 0.9 pages with Calibri or Times New Roman font.
3,000 words double-spaced is 12 pages. Teachers may ask you to write an essay using double spacing so that it's easier to read and easier to add comments/feedback to. A standard double-spaced page contains 250 words.
3,000 words handwritten and single-spaced produces 12 pages. Handwriting is about twice as large as words typed in 12 point Arial or Times New Roman font which makes single-spaced handwritten pages equivalent to double-spaced pages.
Of the standard fonts used in essays and other documents, Verdana will create the most pages. On average, Verdana will create 1.1 pages for every 1 page written using Arial and 0.9 pages for every page written with Times New Roman or Calibri in Microsoft Word or Google Docs. These are just estimates . If you're looking to write the fewest number of words for your school assignment to meet a page count, we recommend using Verdana (if allowed) or Arial. A good rule of thumb is to use Arial font unless your teacher provides different guidelines for font or spacing.
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The key is associating your words with the visual slide to create a memorable association. Nobody wants to watch you turn and read a slide; they can read it themselves. But if you use the slide to guide you to your next point, the transitions are smooth and natural.
How many pages is 3000 words? Single spaced, 3000 words yields about 6 pages, while double spacing produces around 12 pages. Depending on your word processor and preferences the page count may vary slightly, but with typical margins and 12 point Arial or Times New Roman font you should expect a similar number of pages. Try our easy to use online word count tool to quickly count characters, words, paragraphs and pages all in real time.
I was only able to talk for six minutes before I was interrupted, of course, but I was able to go through a good portion of the beginning of my book. A few minutes later, after I got the kids breakfast and while they were quietly eating, I ran off to my bedroom and shut the door. I had 13 more minutes to just talk quickly and continue working.
When I tallied up the words from both documents, I had 3,000 words written and ready to be edited, and all it took me was 20 minutes of talking into my phone and $10 (after the $10 discount). I was able to save myself at least three hours of work simply because someone else did the typing for me.
I actually did something similar to be able to write in my journal for awhile. I just opened up google docs and used the google voice feature on my phone. I might not be as accurate as a paid service, but it was free and I recorded a lot of funny little stories from my life with kids that way.
I use a Chromebook. There is an app plug-in (SpeechTexter) that does speech to text, to a google doc. From my desktop, I have Dragon Naturally Speaking software. It has an option for input from voice recording. I have purchased a stereo audio recorder, which records excellent audio quality. The audio dump to Dragon Naturally Speaking, leaves very little editing to do!
The Dale-Chall Word List contains approximately 3,000 familiar words. Fifth grade students should know 80% of them. The word list correlates with reading difficulty. It is not intended as a list of the most important words for children or adults. Rather, the list includes relatively unimportant words and excludes some important ones.
Every month, I meet up with a group of content creators and onlinepreneurs in some raunchy Berlin cafe. We drink overpriced hipster lemonade, discuss marketing tactics, email-list building (drooling faces wherever you look) and of course, content creation. The last time, two entrepreneurs complained about how tough it was for them to create even 1,000 words of marketing material a day.
This is a famous principle, taught by legendary American management consultant W. Edwards Deming to help Japanese workers rebuild the shattered economy after WWII.
In English, in means improvement in tiny steps.
The idea is to purposefully chunk your workload into tiny units which you can easily accomplish every day. So in the beginning, instead of writing 3,000 words a day and then slacking off for days, you only write a few hundred words within 24 hours but make sure it becomes a daily habit.
Target a freshman in high school reading level if you want to reach a mass audience with your writing. Use five dollar words over ten dollar words. There are many free apps out there to test the reading level of your content.
The more life experience I acquire, the more I have to agree with Tony. Nothing fuels my satisfaction like making progress in my writing. To leverage that, I have bought a writing software program called Scrivener to measure my progress.
In arecent blog postI described the most important optimizations I and other contestants applied atthe recent One Billion Row Challenge (1BRC). Using them Ishowed how the performance of the initial idiomatic, parallelized Java codeimproves by a factor of 40. We went from 71 seconds, down to 1.7.
The optimization techniques we applied ranged from simple and digestible toarcane and mystifying. One technique in particular stood out as especiallyawesome but cryptic, and I noted that explaining it would take another full blogpost.
Initially, contestants used the Double.parseDouble() library call. But soonenough, custom solutions started popping up that were up to a screenful long.Many adopted an approach that looked pretty optimal. It didn't involve anyloops, and had the seeming "theoretical minimum" of two branching points,covering the four possibilities.
Then, out of the blue, a solution appeared that set the Twitter #1BRC hashtag onfire. No if statements, and just a single read from the file! It was a part ofthe solution contributed by Qun Anh Mai (GitHub handle@merykitty). The code looked like nothing lessthan magic incantations, and even the top experts nodded in disbelief.
Since 1BRC was an open source contest, everyone could look at and copy ideasfrom others. As a result, this snippet spread like wildfire and became astandard element of all the top solutions. The winning contestant, ThomasWuerthinger, went as far as listing Qun Anh as a part of the team thatcontributed to his solution.
Merykitty's code consists of nothing but a fixed sequence of 18 ALU operations:bitwise shift, AND, NOT and XOR; arithmetic add, subtract, and multiply; and asingle low-level function call numberOfTrailingZeros(), for which the JDK hasa compiler intrinsic using specialized CPU instructions.
Now, we've all seen a line or two of bit-twiddling code here and there thatlooks cryptic at first. However, after half an hour explaining it to yourself,it becomes kind of familiar and not that scary.
I'm here to show you that you can get it. It's just a number of steps, afterall. They are put together amazingly tight, like a rocket engine. But when youzoom in on each part alone, you'll see it boils down to familiar concepts. Nomaths beyond 6th grade, I promise!
When you break it down into steps like this, it sounds less magical right away.These are the reasonable steps to take. But the really interesting bits comewhen you try to do them with nothing but ALU operations.
The result is that broadcastSign contains either all zeros, or all ones. Inother words, it has the sign bit broadcast across the entire long word. Howdoes it work? It relies on the special property of the ASCII code for the minussign. Its bit number 4 is zero, as opposed to all the digits, where it's one.
Now that we've dealt with the minus sign and stored its information in avariable, we want to get rid of it from the input data. This will make the inputdata more uniform, and we'll then only deal with the absolute value of thetemperature.
It's very easy to zero out the lowest byte in a long number. To do so, justapply the AND mask that has ones all over it, except for the lowest 8 bits. But,the challenge is that this lowest byte may be either a minus sign or a digit,and we must definitely keep the digit intact.
You may have noticed that the dot character . has the same distinguishingproperty as the minus character: its bit 4 is zero. We'll use that property onceagain to locate the dot character in the input word. This time we'll apply anAND mask that has 1 at bit 4 of each of the three possible bytes where the dotmay appear:
Now that we have the position of the dot, we want to shift the contents of theinputWord so that each byte has the same meaning, regardless of the originalinput format. We want the word to fit into this template:
And now, for the truly epic grand finale! We'll find a single integer thatmultiplies our digits number, and somehow magically the temperature value willmaterialize in the middle of the resulting integer!
First, let's see how we could arrange a multiplier that would make the sum X +Y + Z appear within the result. To do so, we'll evaluate a schematicrepresentation of our digits number. In this representation, each symbolrepresents four bits, and . represents 0000:
Here W stands for X + Y + Z, and is at most 5 bits wide because the sum ofthree decimal digits is at most 27. Now we can shift this number to the rightand apply an AND mask to eliminate what we don't need:
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