Well "Consumer Reports" already has its niche in product comparisons. As the name implies consumers are supposed to get the most out of their ratings.
How about "Producer Reports" where companies are evaluated on whether they actually produce anything of value first and foremost as a benchmark.
Completely separate from the financial data which is already well-covered elsewhere. Investors are already supposed to get the most out of the money angle.
But for any one product most people are neither consumers of the product nor investors in the company.
These are the vast majority who would benefit from better information on whether a company is worth having around, for everyone in general who is not an avid consumer nor investor.
That would probably be more helpful for "innocent bystanders" who want to better avoid being assimilated by forces they have no interest in but could end up quite costly anyway.
My objective has often been to build & test as many experimental circuits as I could in the shortest amount of time.
One of the real good shortcuts is to just start soldering parts together according to a plan in your head, without taking the time to make a schematic drawing beforehand or do any advanced calculations.
There might be more emphasis on the properties and ratings of each component this way, this is not something to skip over, you should be very familiar with each component you use. Well in advance, and loads of hours of component study needs to be behind you, otherwise you may not do too good at just whipping something up on the bench that's electrically sound to begin with.
As pointed out, with math it can be the same way.
If you just want to quickly start picking up parts and soldering them together right away without doing any advanced calculations, the best shortcut is to have already become quite familiar with the equations including calculus when necessary, so you can bring to bear endless hours of mathematical study and use it to intuitively guide your soldering iron for every hour at the bench.
Edit: upvoted because your message should not be less than neutral, not greyed out at all. Obviously, I'm on the fence, sometimes I use math, other times not at all ;)
It's just a stylistic thing, same with the smoke, which represents heat more so than fumes.
Normally you hold the iron horizontal under the nose and of course don't breathe during the heat test.
And you don't actually kiss the soldering iron until it's cooled all the way down, and usually not unless the experimental circuit you came up with works the first time you plug it in :) So you can relax as intended and unplug the damn iron, without having to keep on hammering til all hours.
One thing she's not telling is the way you should be effective enough soldering using (very inexpensive) uncontrolled soldering irons, that you can eventually solder two pieces of solder together. Before you graduate to a "pro-grade" soldering station.
I agreed right off the bat, they definitely reached scale like few others, but maybe it might have been the way they grew without stopping more so than today's well-known scaling process that got them there.
Doubtless they got in position early to take advantage of many potential upswings.
When they agreed in Nashville to rename the airport after Dolly Parton, all of the people commenting on the TV clip said it was well-deserved.
Some were more emotional than others, but one of the proponents was very touched, she admired Parton so much because Dolly set an example of how to be as successful as a person can be, and not keep a billion for yourself.
I can't find the clip now, but it was from the heart.
It should be noted that subnormals have appeared for the first time in standards a decade before Intel 8087 (the ancestor of the IEEE standard), in the standards for digital telephony, and that happened in a certain form of FP8.
When telephony transitioned from analog voice transmission to digital, the PCM (pulse-code modulation) encoded audio signal used 8-bit samples, which were a form of 8-bit floating-point numbers (with American and European encoding variants: mu-law and A-law). The use of a floating-point format enabled the 8-bit samples to have a dynamic range as big as for a 12-bit or 13-bit fixed-point encoding.
Subnormals where used in digital telephony, because otherwise the errors around zero would have been so great that the voice audio would not have been intelligible.
In general, in smaller floating-point formats the use of subnormals is even more important than in bigger formats, in order to avoid the loss of precision around zero.
How about "Producer Reports" where companies are evaluated on whether they actually produce anything of value first and foremost as a benchmark.
Completely separate from the financial data which is already well-covered elsewhere. Investors are already supposed to get the most out of the money angle.
But for any one product most people are neither consumers of the product nor investors in the company.
These are the vast majority who would benefit from better information on whether a company is worth having around, for everyone in general who is not an avid consumer nor investor.
That would probably be more helpful for "innocent bystanders" who want to better avoid being assimilated by forces they have no interest in but could end up quite costly anyway.
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