# (wow) Words Of Wonders Level 2664 Answers

(wow) Words Of Wonders Level 2664 Answers – Test confusion: one graph, four numbers, four colors, three heads, wrong units, wrong lengths, wrong information August 25, 2020

The crash is particularly worrying given the controversy over this year’s UK A-level results. For American readers, you can think of A-levels as the SAT subject tests required of all UK university applicants, and they represent an important, if not the only, factor in most some admission decisions. For coverage of the brouhaha surrounding statistical corrections, see an upcoming post on my book blog (published sometime this week, it’s here ).

## (wow) Words Of Wonders Level 2664 Answers

The first problem you may notice in the chart is that the bar lengths have nothing to do with the numbers printed on them. Here is a scatter plot that correlates bar lengths and data.

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Then you might be wondering what the numbers mean. The footnote on the bottom right says “Average number of A grades per student”. Wow, the British (now English) education system is a genius factory – the average student in high school (higher) studies about three thousand subjects!

TES is a fancy name for what used to be the Times Education Supplement. I found the data at Ofqual, the UK regulator for these tests. Here is Ofqual’s version of the table above:

The information is relevant. You will see in the title of the data table that it says “Number of students in England getting 3 x A*s”. This is a completely different measure to the number of qualifications – of course, this measure measures gender. “A*” is equivalent to “A+” in the UK. When I studied under the British system, there was no such grade. I think there is class inflation happening all over the world. What used to be an A is now an A+, and what used to be a B is now an A. Getting three A* highest – I wonder if I should say 3 or more as I remember you can take as many subjects as you want but most students do three (maybe four) at the maximum.

Compared to the previous two years, the number of students with high results has increased in the last two years. We cannot interpret this data unless we know whether the number of students is growing at similar rates.

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The units are students, and the units we expect from the TES graph should be subjects. The end point for the data indicates the best students, and the TES graph should show the lowest qualification, i.e. the pass mark.

This database has the correct units and measurements. There have been almost no major changes in the past four years. The average number of majors per student does not differ except in the second decimal place. Substituting the original data into this set eliminates the ambiguity.

While redoing this graphic, I also cleaned up the headings and subheadings. This is an example of software hegemony: a designer would not repeat the same information three times in a four-figure graphic if software standards did not require it.

The corrected graph breaks one of the conventions I explain in my tutorial for DataJournalism.com: the difference in color should reflect the difference in data.

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In the side-by-side comparison below, you can see that the use of multiple colors in the left graph shows different data – especially notice the bars above and below low, which has the same number, but we expected to be in vain.

[P.S. 25/8/2020. Dan V. pointed out another problem with these bar charts: the bars are truncated so that the bar lengths are not proportional to the data. The corrected graphic is shown below on the right: Jigsaw 16 reminds me of children’s toys where you have to fit the correct blocks into the appropriate holes. The holes are bigger than the blocks to make it easier! And to make it even easier, pieces can be placed in more than 1 hole! How long does it take to match 16 puzzle pieces to 16 puzzle pieces?

Jigsaw 16 is a 2D puzzle pack designed by Yuu Asaka, who has designed a series of puzzles, each with a unique twist. The puzzle is made of laser cut acrylic. It comes with a white tray that has 16 inner areas in the form of puzzle pieces and 16 blue puzzles to fit inside the inner areas. In fact, you will quickly find that the interior is a bit too spacious to support the placement of several pieces. No – the extra space added inside is not for your clothing placement efforts – BwaHaHaHaHaHa!

I started working on this puzzle as a stationary toy while on the phone. I would try to put the pieces on the tray one at a time, starting with the hardest one to put. If no space was available, I tried to find a habitable place where it would fit, and then I found a place for the newly drawn piece. I finally realized that I was going around in circles and needed some brain cells to energize to focus on the problem.

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Having lost his status as a fun toy (sorry whoever I linked to), he now had to mentally keep track of where the pieces could be placed and then find a place that wasn’t going over it. This is basically a clear coverage problem for clothing posts. While it might be easier to create a matrix of bits and live strokes through a hole to select the exact cover, that would defeat the purpose of turning a mathematical problem into a puzzle.

So I continued to attack the puzzle as a puzzle. The solution is divided into 3 main stages. Place the thinnest pieces first (those with 2 pins on the adjacent sides). Once those 6 pieces were in place, I unscrewed the other 5 pieces with the 2 buttons on the opposite side, which required some parts from the original kit to be tapped. With the best bits out of the way, I expected the rest to fall into place without much struggle. Although the next 6 1-tab pieces were easier to fit, some of the thinner pieces had to be hammered. If you haven’t noticed, there are several labels for male puzzles. A final, feminine piece was added later.

The hardest part of Jigsaw 16 is realizing that there is a second problem. It’s not listed anywhere, but the picture on the back of the package shows some of the parts connecting together. It seems that 16 numbers can be combined in a square. Please stop laughing here, but I thought it would be easy. It is not easier to put the pieces on a tray. In fact, it’s funny to see how 15 pieces can be put together and leave a gap that doesn’t fit the last piece. After much back and forth I finally got a perfect square.

For me, both of Jigsaw 16’s challenges fell into the grinding category. I didn’t find an elegant way to solve this puzzle, but I’m very happy with the design. Especially since he had 2 difficult problems.

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How safe is a coin in a laser cutting maze really? In the case of Safe van Siebenstein-Spiele – not much. If you need euros urgently, you have several options at your disposal. There’s the old timey smash and grab gambit. However, this limits the replayability of the puzzle. Then there is the secret separation method where you open the pins and the base slides out. Personally, I think there is a small margin on this issue. More on that at the end. Finally, there is a step-by-step grind in the maze. Since this is the longest way to get from point A to point B, the path to the puzzle is obvious. If you don’t already know, the goal of every puzzle designer is to provide the longest path in the smallest space.

Now that we’ve established that the goal is to get through the maze and remove the trapped euro, let’s take a closer look at the puzzle. It was designed by Jürgen Reiche and is made of laser cut wood and acrylic with 3 pins holding it together. There are 5 rows in the puzzle. The top layer is made of clear acrylic and is engraved with the name of the puzzle, as well as 100 tick marks evenly spaced around the outer edge. Each of the ten also has token points. The second layer is mostly open to see the lower layers along with the labyrinth. However, it has a circular area below the acrylic level that keeps the euro in its starting point. There are also 4 buttons on the outside to stabilize the puzzle as you move through the maze layers. Each of the next 2 rows contains a maze. Acrylic on top and