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From the Manufacturer
When you're on the move, sometimes you need a faster way to compose longer messages, reports, and even spreadsheets. This compact yet full-size wireless keyboard folds up for portability, while giving you the benefits of true touch typing. Plus, the freedom of Bluetooth Wireless Technology allows you to work with or without your Treo smartphone docked on the pull-out easel.
* Features a QWERTY keyboard with five rows of full-size keys (including numbers)
* Pull-out easel provides adjustable viewing angle and a steady platform for your Treo smartphone
* Enter or edit data even while your device is charging nearby
* Encrypted link connects your keyboard and smartphone for secure Bluetooth connection
* Get up to five months of keyboard usage from 2 AAA alkaline batteries (included)
* Closed: 5.7 x 3.85 x 0.75 inches
* Open: 11.2 x 3.85 x 0.55 inches (keyboard only)
* Weight: 6.65 ounces
Compatibility
Treo 650, Treo 755p, Centro, Treo 680, Treo 700p, Treo 700w, Treo 700wx, Treo 750, Tungsten E2, TX
Product Description
When you're on the move, sometimes you need a faster way to compose longer messages, reports, and even spreadsheets. This compact yet full-size wireless keyboard folds up for portability, while giving you the benefits of true touch-typing. Plus, the freedom of Bluetooth Wireless Technology allows you to work with or without your Treo smartphone docked on the pullout easel.
In previous years, I've had students use spreadsheets to get the graph. Here's my data from the 2017-18 school year.
You really need to be good at graphing both by hand and with computers. I include this picture for that reason, and also because of the logic presented on it.
This picture contains my data for how a particular spring stretches. We linearize the equation we got from Newton's 2nd Law on the previous slide and graph these variables, finding that the linear guess for the force law is great and we don't need to try others. We can use the slope of the graph to calculate the constant k, which is called the spring constant. It represents how stiff the spring is.
This spring and many springs give this linear force law, named after the 17th Century English scientist Robert Hooke, who originally discovered it. But not all do. Generally, we have to check whether a spring follows the law (such a spring is called a linear spring) using a quick experiment like this.
This is Kieron, my pet monkey whose love of tea and facial expressions remind me of my good chum Kieron Lawlor (who now probably hates me!)
Having my little point and click camera with me, means I can record his adventures in the Neilson office.
Here we find Kieron as focused as ever on an excel spreadsheet.
Gear available for purchase is listed here: docs.google.com/spreadsheets/d/1zrBzcCe2moh0CvZkhUuWSKXi2...
Gear available for purchase is listed here: docs.google.com/spreadsheets/d/1zrBzcCe2moh0CvZkhUuWSKXi2...