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The notes, which sold for $503,000 (378,000 British pounds) on Dec. 9 after reaching the reserve requirement for the listing, date back to the 1680s. They discuss a myriad of topics, including ancient units of measurement and the Great Pyramid of Egypt, which he theorized "could lead him to a knowledge of the timing of the Apocalypse," auction house Sotheby's wrote on its website.

"However, in these charred papers, the complex web of his interlinking studies into natural philosophy, alchemy and theology all come together," the auction house added. "Newton left such notes behind after his death in the hope that his secret knowledge would reach a receptive readership in future generations."

Newton Desk Notes Free Download

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The category of sticky notes isn't an overly large one, even in the big box realm. Post-It notes are the name brand, and they have several sizes and colors to choose from. Every big box retailer has their own brand of similar products, but the paper quality of these items usually ranges from "meh" to "just okay." Since there aren't an abundance of options, the lackluster paper quality just has to suffice when you need a sticky note.

The notes I'm using are 75x100mm in size and they have yellow paper. They're a little wider than the "standard" Post-It note, but I think that's a good thing. There's plenty of room for jotting out quick notes and lists to stick on the wall or fridge.

The main perk of these sticky notes are the paper quality. They're much better than the paper most sticky notes use, which means you can use fountain pens in moderation. I say "in moderation" because this isn't Rhodia or Tomoe River paper. It's better than your standard Post-It note paper since it doesn't bleed and feather like crazy, but it's not supreme. In my experience, some fountain pen inks do great, but others smear easily due to the coating on the paper. If you do a little testing and determine which inks work well with the paper, you should be all set. Of course, given the coloring of the paper, your inks will look a little different than on a white paper, but that's normal.

Now, another important feature of any sticky note is the strength of the adhesive used on the back. Post-It notes are regarded as having the perfect amount of stickiness that also tends to hang around after several re-sticks of the note. With that baseline set, I'm happy to report that the Kokuyo Tack notes are adequate in this measure. They aren't Post-It note quality, but they're darn close. The adhesive is strong and pliable, giving you plenty of chances to move the note around without worrying about it falling off after a few hours. Even with the breeze of a fan flowing across, they stay put.

The Kokuyo Tack notes come in the 75x105mm size shown here, but they're also available in 74x52mm. Along with the two sizes, there are also several color options, like yellow, green, blue, and pink. The larger size will run you just under $5, while the smaller size costs about $3.

Save the Date! Science and Engineering Fair: Wed. Feb. 28 from 3-6 pm

The Science Department is looking for parents, caregivers, alumnae, and friends of NCDS who have a background in science, mathematics, engineering, medicine, or related fields to volunteer to judge 7th grade, 8th grade, and Upper School student projects at the 29th annual Science and Engineering Fair. If you are able to help and have not already received an invitation via email, please visit the Science and Engineering Fair webpage, or contact Tamas Molnar at x4961 or sefair@newtonSH.org.

So, I was an early adopter of Roam Research, the note-taking tool that set off a sort of note-taking app revolution around 2019/2020. I did podcast episodes on taking smart notes and several videos on using Roam Research (and its relatives like Obsidian and Logseq) for things like Bible study, research, and writing.

One of the first online courses designed to help users capitalize on this note-taking revolution was a course on Roam Research by Nat Eliason titled Effortless Output. While it was a good resource for learning the basics of using Roam, the title perfectly summarizes the implicit promise of this new way of taking notes: By writing little notes and linking them together, you can effortlessly produce worthwhile output.

I have a tiny Moleskine that fits right in my purse (probably could fit in some pockets) and use it all the time, for ideas both personal and work-related. The durable cover keeps it and the notes inside from getting beat up, plus it can hold a pen!

Use a big post-it (maybe a super-sticky one) and trim off any that hangs over.

Or get a roll of double-sided tape for your desk, in a spare tape dispenser, to stick it down with (or to stick the flapping edge of the post-it down).

I have short term memory issues, so I use a combination of paper note pads, note applications on my devices, and text documents that sync across my computers to keep notes on a regular basis and it works perfectly. In a pinch I might write on my hand or my arm, but that might happen once or twice a year because I found myself without my phone or a note pad, which is *really* rare.

So, in general, notes: a good thing, especially during training or busy seasons, that when done in moderation and the appropriate medium makes you look conscientious while producing better work with more ease and confidence. And much less disruptive than using your phone or, argh, going old-school with the handheld voice recorder.

#1 If you have a smart phone, this is the ideal time to make sure you either have it on a belt clip or pocket at all times. Then you can always take quick notes. Although a stylus might make things easier, most smart phones have good enough keyboards for it not to be a big deal. (Either the stock keyboard or one that you download. Lots are free, and even the ones you have to pay for are not expensive.)

I have a lil pocket on the back of my phone, and I put bits of paper back there when I have a bunch of tasks (I work at a school, and my desk/computer are in 1 building, but anything im not doing at my compter im doing at building #2.). it helps.

Yes, I do this. And it pays off. A few people looked at me funny (even in a tech field!) at first, but I soon got a reputation for always having thorough meeting notes available to share almost immediately. I was also able to hand over literally years of project notes when I moved on the a new employer.

The pages of the sticky note pads are held together by friction. Even a small number of interleaved pages can result in a surprisingly large amount of friction, making the sticky notes impossible to pull apart. This phenomenon is commonly demonstrated with phone books. People have tried pulling two interleaved phone books apart by playing tug-of-war or even attaching them to cars or tanks driving in opposite directions. See the Bibliography and search the internet for "phone book friction" and you will find plenty of videos showing the experiment. There are even demonstrations that show a car hanging from a crane supported by two phone books.

To help you visualize this, take your interleaved stacks of 20 sticky notes again. Hold them very loosely and look at them edge-on. You can even try pushing them toward each other a bit. You should be able to see small gaps between the pages, and maybe some of the pages will bend a bit. Now, pull on the sticky notes as hard as you can. The pages should flatten out and squish together, and the gaps between them will disappear.

In this project, you will measure exactly how much weight different numbers of interleaved sticky notes can hold by hanging weights from the sticky notes, vertically. How do you think the amount of weight they can support will change with the number of pages? Will the change be linear, exponential, or something else? For example, if the change is linear, then if you double the number of pages, you would expect the weight supported to also double. However, if the change is exponential, the weight supported would more than double. What do you think is more likely, based on your background research?

A very common misconception is that the weight of all the pages pressing down on each other increases the normal force, therefore increasing the friction. Technically, it is true that when the sticky note pads are horizontal, the weight of each page presses down on the pages below it. However, this cannot explain the full effect observed in the experiment. This is easy to verify; take your sticky notes and stand them on edge or hold them vertically, as shown in Figure 3. In these orientations, the weight of the pages are not pressing down on each other. However, they are still difficult to pull apart. If the friction was only from the normal force resulting from the weight of the pages pushing down on each other, then the experiment would only work when the pages were horizontal, and they would be easy to pull apart when they were on edge or vertical. This is clearly not the case.

Still do not believe it? Put a piece of paper on a flat surface like a desk or table. The atmosphere exerts a pressure of 101.3 kilopascals (kPa) or 14.7 pounds per square inch (psi). On an 8.5x11 inch piece of paper, that means a force of over 1,000 pounds (or over 4,000 newtons [N]) on each side. Yet, you can slide the paper around on the table surface with ease. Why doesn't the paper feel like it has a thousand-pound weight sitting on top of it? This is because, even though it looks like the paper is "flat" against the table, there are still air molecules between the paper and the table pushing up on it. This cancels out the effect of air molecules pressing down on the top of the paper. The same goes for the interleaved pages of phone books or sticky notes.

Another tempting explanation is that the increase in friction results from "increased surface area." However, note from Equation 1 that friction force does not depend on surface area. To prove this, consider this example. Interleave a stack of 20 3x3 inch sticky notes with a stack of 21 sticky notes (this way, both sides of each sheet in the smaller stack are in contact with a sheet from the larger stack, instead of leaving one side exposed). This gives a total contact area of 23320=360 square inches (20 sheets, 3x3 square inches in size, 2 sides per sheet). As you have experienced already, the sticky notes are very difficult to pull apart. Compare this to two 24x36 inch sheets of posterboard stacked on top of each other, with a contact area of 864 square inches, like in Figure 5. Despite having more than twice the contact area of the sticky notes, the posterboards are very easy to pull apart. e24fc04721