COVID daily deaths around the world

Please bookmark this page:

It gives all sorts of data on infections, recoveries, testing, deaths, and so on from all over the world. If you look at it, you will see that none of MangoMussolini’s boasts are correct, and that some nations seem to have ‘beaten’ the virus — at least for now.

(Yes, I know, all data is somewhat suspect, and some countries are probably low-balling their numbers. But this is all the data we have.)

I will share some graphs I copied from that source, so you can see which nations appear to be doing a good job at shutting down the current pandemic. I will first show the world, then the USA, then about a dozen nations, arranged alphabetically. You will see that the US is very, very obviously not one of the countries whose leadership has been able to defeat this disease.

I will also share the number of deaths per million people.


This is for the entire world, and it’s deaths per day, as of today, August 4, 2020. Deaths are not going down. Worldwide, we have lost 90 people per million to this disease so far.
The vertical scale is obviously different from the one for the world. As you can see, deaths from COVID in the US are now about 1000 per day, and rising. The US has lost 481 people per million so far.


Brazil’s deaths never declined. They have lost 446 people per million.


That big spike in the middle is when the Chinese regime discovered they had left out a lot of COVID deaths. Since that time, they have had very, very few. They have lost 3 (yes, THREE) people per million so far.


Another country that successfully beat back the pandemic. They have lost 464 people per million so far.


As did Germany. Their total dead work out to 110 per million people so far.


India, on the other hand, has not been successful. Deaths are increasing steadily; also, it would not be surprising if a lot of them are not even being counted. They report 28 people dead per million so far.


Italy was hit hard, and hit early. However, its daily death rates appear to be going in the right direction: down. Their toll is 582 dead per million.


Mexico’s death rates do not appear to be going down. One might wonder if all of the COVID-19 deaths are even being counted. Their death total stands at 372 per million.


These figures are not going in the right direction. Plus, there are protests in Russia because folks in their Far East have evidence of serious undercounting. Their toll is 98 dead per million.


Not going in the right direction. Their toll is 144 per million.

11. SPAIN:

Like Italy, Spain was hit hard and early, but the daily death tolls now are approaching zero. Their death toll is 609 per million, one of the highest in the world.


Unlike the rest of Scandinavia, Sweden decided not to lock down at all. While the death rates are going down, they are doing so much more slowly than in most other European (and Scandinavian) nations.

Their death toll is 569 per million, one of the highest anywhere.


The United Kingdom (aka Great Britain) was hit early, and its daily death toll is going down much more slowly than in other European nations.

Their death toll is 680 per million, which is, again, one of the highest anywhere.


I don’t think you will guess the nation with the highest total COVID death rate per million, so I’ll just tell you: it’s tiny San Marino at 1238. Next come Belgium (with 850) and the UK (with 680).

Here is a table listing the top 17 nations. Being in this group is not a good thing.

RankNationDeaths per million
1San Marino1,238
13Sint Maarten373

Why is the moon so high in the sky in winter?

And was it in fact directly overhead last night, near the beginning of the eclipse?

It sure looked like it was to me – though I didn’t take any measurements because I was only wearing my pajamas, my coat, and my slippers as I stood in the freezing cold on the snow-free but still-frozen concrete walk in front of our south-facing, Northeast DC  house.

[Yeah, I was being wimpy, only going out twice all night to look at the eclipse, but I was really tired, and I had to get up in the morning to give a full day’s guest lesson on astronomy to four, 70-minute middle school classes for a fellow teacher, so it was kind of  out of the question to stay up all night. (There is no way I could have followed through with the lessons if I had!)]

Maybe I’m just weird, but I have from time to time noticed, and marveled at, the fact that during the winter, the moon at times appears like it’s almost directly overhead. Let me emphasize that: to my unaided, subjective vision, without taking the trouble to measure it, during the winter, the moon sometimes appears to me to be directly overhead (at zenith).

However, everything I know about astronomy of the solar system tells me that this is probably impossible, simply because we do not live in the Tropics (with a capital T: the zone between the Tropic of Cancer and the Tropic of Capricorn). That’s the only part of our planet where the sun is ever directly overhead. (Don’t believe me? Use your internet resource skills and look it up. I’m not going to tell you just how to do that, because since you are reading this blog, you already know how.)

If you live in Washington,  the Sun will never appear directly over your house, no matter where you live in Washington, DC, and no matter how hot it may feel in the middle of summer.

And I figured that if the Sun and the Earth and the Moon were all aligned with each other, as in last night’s lunar eclipse, then the Moon would appear in our sky here in Washington as if it had simply traded places with the Sun for a while, and was at the same elevation. And that elevation just ain’t all that high.

Or so I thought.

Was I suffering from a version of the famous ‘moon effect’? (Which is a poorly-understood but almost-universal optical illusion about the apparent size of the moon,  a visual hallucination of sorts, caused by some internal human visual processing “bug” inside the various centers responsible for actually interpreting the photons and light waves that enter one’s eyes.)

Or is everybody else normal and it’s just me?

Or was the moon, in fact, at the zenith?

Or just very close to it, but within the theoretical and experimental range of error for this sort of thing?

I am going to try to settle this in two ways.

First of all, theoretically.

I used a rather widely-used piece of instructional geometry software called “Geometer’s Sketchpad” (version 5 in this case) and a couple of drawing and painting programs. I also used Google Earth to find out where on Earth are the places that are directly south of Washington and are on the Tropic of Cancer or on the Equator, as well as the spot on our planet that is diametrically opposite in position to Washington, DC.

I was rather surprised to find out where those places were. They weren’t really where I expected, and I of all people should have known better.

For example, I thought I remembered that Havana, Cuba, was just inside the Tropics, but Miami, Florida, was just north of the Cancerous Tropic. Or was that the Topic of Cancer? (Ha, ha, that was two intentional puns. If you don’t get them, or don’t think they are funny, that’s fine with me.) And I also remembered having been to some places in Florida that it was south of DC.  So I kinda figgered that the Tropic of Cancer would intersect our DC line of of longitude (about 77 degrees west) somewhere in the water between Havana and Miami.

Surprise: not very close. Just for fun, try guessing or figuring out the answer yourself. I’ll hide the answer at the end of this column, at (1).

And directly south of DC, on the equator? I always kinda figgered it would be somewhere in Brazil.

No surprise this time, I was wrong again. When I looked carefully, I discovered that 77 W and 0 degrees N or S is located… (2).

How about the point diametrically opposite to Washington, on the exact other side of the globe? Well, on this one I was fairly close. But calculating where this is, is a bit tricky. The latitude is OK. Any point at X degrees north is directly opposite some point that is X degrees south. So wherever it is, it’s at 39 degrees south. But the longitude is harder, because for most locations, Y degrees west is not opposite Y degrees east. What you have to do is change your latitude by exactly 180 degrees. Now here, you can either add or subtract. I would prefer to subtract, here. So 180 minus 77 gives us 103. (Of, if you prefer, 77 minus 180 gives -103.) And the way I interpret that 103, or -103, is to consider that as being 103 degrees east longitude.

Now knowing that DC’s literal antipode is roughly located at 39 degrees south and 103 degrees west, can you guess, or find, where that is? (3)

Here is the diagram that I made.

Bottom Line: if my diagram is correct, the full moon last night, at its greatest elevation or altitude last night, should have been about 15.5 degrees from the vertical (or 74.5 degrees from the horizontal). And that angular distance from the zenith should have been clearly and plainly obvious.

But it wasn’t. To me.

Now that’s just last night. Is it possible for the moon to be inclined a bit to the apparent orbit of the sun – that is – when the moon is not undergoing an eclipse? And can that cause the moon to be even higher in the sky than it was during last night’s eclipse?

Answer: YES. The moon ‘s orbit around the Earth is inclined by just about 5 degrees from the Sun’s apparent orbit. Thus, in different years and months, the details of which I will ignore right now ’cause it’s way too complicated for this here blog today, the moon might be as high as 10.5 from the vertical (79.5 degrees from the horizontal).

Next time: actual measurement



answers below

or you could interpret my diagram..

(1) 77W and 23.5N turns out to be right next to Nassau, the capital of the Bahamas!

(2) it was about 100 or so miles east of Quito, Ecuador, along the banks of some huge jungle river that probably flows into the Amazon River, but doesn’t even seem to have a name. Nor any towns. Or roads.

(3) It’s located several hundred km, mi, or nm west-south-west of Perth, Australia, in the middle of the Indian Ocean. No land for hundreds of leagues in any direction, as the pirates or sailors or yarntellers of yore might say.

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