Or just don’t use a figure or table environment. Those are what specify it as a float. If you really must have that image or table at some specific location, just do a center environment with a captionof from the caption package.
This latex “annoyance” is unwarranted as figure/table environments are specifically telling latex that this location doesn’t need to be precisely here and please place it somewhere that will look better. The problem is that when people google “how to make a figure in latex” they see a result done this way and don’t know that figure/table is not required.
No way it’s worse in this regard. LaTeX places figures and tables in floating environments, which are fairly “smart” most of the time. Figure placement in MS is just painful by comparison.
It by default places them more intelligently than word. This frustrates people that want it to be placed where they want it.
Word doesn’t place images intelligently, but it makes it easier to move images for novice users. This makes word simpler and may initially seem better. However, if your document gets large and has more content added. Word can alter the locations of images erratically and you may find yourself constantly fixing them. If you understand how latex works and accept it methods, it can be a whole lot less stressful when working on larger documents.
I have no experience with latex but I would argue that if you’re proficient in using word you can set up even a large document effectively. Most people just don’t bother. But things like page break, as a basic example, exist.
This isn’t to say that word is better than latex, again I have no experience with the latter, but word in 2023 is better than it’s reputation imo.
Sure you can make it work, for example large mixed documents I have worked on have a section break - new page right before the diagram that each has which takes 20 - 100% of a page. What looks good as a right aligned image with text to the left is fine in that scenario, but if the break is deleted the format becomes terrible
First, many people don’t know how to use WYSIWYG word processing programs, you’revery right about that!
Second, both systems have overlapping use cases which makes it difficult to differentiate between “technically better” and “better in my opinion”, i.e. objectively vs. subjectively.
Finally, use what tool you’re nist comfortable with. But you may want to invest time to get more comfortable with another tool, if your current one isn’t suitable for your job.
PS: things I do repeatedly, I do best in LaTeX. Because for other things I’ve already forgotten how to do them and have to re-learn them each time, which might be more time consuming than using other tools (or just Markdown with LaTeX support hehe)
This what happens to my duvet at 3am when I wake up and the cover has misaligned with the duvet and my foot is wrapped up with the cover and around my leg and my body is now in full alarm mode as it tries to untangle itself and wake up my brain in panic mode
The -yx comes from the Greek word “onyx” which means claw or talon. So, anything ending in a -yx is designated that way to say that it has sharp cutty bits that will hurt you.
Beer’s similar: Give beer sugars, the yeast generates poison to try and prevent other microorganisms from surviving and eventually the yeast poisons its own environment enough that it can no longer continue living.
They have greatly restricted blood flow due to their structure, and very close proximity to the most important organ in the human body. And I wanna take a minute to appreciate how much of an evolutionary novelty sight must have been. Producing photo transferring chemicals and seeing your mate for the first time.
While sight is great, if you think of it as a electromagnetic wave sensors, natured has evolved that feature in several ways.
For example, you skin can feel infra red radiation in the form of heat. Our ancestors evolved specialised cells that detected visible-light radiation and those cells became increasingly sophisticated organs. But the ability to detect light intensity has existed for a lonnnng time. Even in the primordial puddle, it was useful to know where the sun was shining.
Another comparison I saw was that eyes are electromagnetic sensors and touch is a nuclear force sensor. Smell is just a special kind of sense of touch that only reacts to certain molecules.
there are actually a few other cases of this in the body and it’s because your eyes aren’t actually a part of your bloodstream so the eyes are treated as foreign objects along withthe others I mentioned being thyroid follicles ovarian follicles and sperm inside testicular ducts the last 2 being they only have one set of chromosomes so are biologically different to you
It feels so weird to me that the small change in degrees might actually kill a virus. I mean, wouldn’t all viruses by now have become accustomed to “warmer climates”?
Or is it a cat / mouse game, our bodies being able to heat up more and them getting more fire resistant by the year. Was a fever less hot a couple of hundred years ago?
I am not an expert but I believe the temp threshold is for when proteins denature due to the ambient heat overcoming the strength of the bonds (mostly h-bonding i believe) that hold the protein in its specific tertiary structure and when you exceed it the proteins unfold/break
I read that this is a common misconception: the high heat is not enough to denature any proteins (else it would kill you too) and, what’s more surprising, it actually makes viruses/bacteria more active. But it also makes your immune system more active, with an overall win in effectiveness over the microbes, which is what makes it useful.
Yep - our bodies turn the thermostat up, increasing metabolism/cellular functions, which increases body temperature. Fatigue slows us down as our bodies redirect resources towards supporting our immune systems and producing cells to fight off the infection, vs spending that energy on being mentally and physically active.
Once our bodies get a handle on things, the fever “breaks” and we start recovery and return to homeostasis.
Viruses do adapt and mutate though. Look at all the various strains of H1N1 and SARS-COV-2.
Just because they don’t reproduce without a host cell doesn’t mean evolution doesn’t happen. If a trait emerges that is beneficial to future generations, viruses carrying that trait can infect more cells and spread further.
Usually it’s evolution itself that people give too much agency to. Mutations are a crapshoot. They can be beneficial or they can cause birth defects, sterility, prevent reaching sexual maturity, or make finding a mate excessively difficult. Or all of the above.
Once had the flu with a fever of 106-107(almost 42c)…I was taken to the hospital and the doctor literally threw me into an ice bath… I was crying and he said “I’m sorry but you will be dead soon unless we drop that fever”
I had to continue taking ice baths at home because the fever kept creeping back up to that range. They’re not fun…
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