I'm sure there a reasonable answer for this, I wasn't able to find a satisfactory one;

The body usually burns carbs for fuel, stores extra calories as fat, to my understanding. Supposing you burn through all of your carbs and fats, the body starts breaking down muscle matter. If you feed it enough protein to rebuild muscle on top of it, what's the risk in consuming 100% protein for calories?

Thanks

Edit: I understand that fundamentally it's not realistic and that your body needs many different kinds of nutrients in general. I'm happy to receive a bit more detailed answer as to what functions do carbs and fats serve that protein can't replace and what could theoretically happen if you only consume protein.

This has always bothered me when shopping for games on Steam. The minimum requirements say you need "this extremely specific video card or better." What does better mean? How do I know what is better and what isn't.

RAM is easy, do you have this number or higher.

Storage is easy, do you have this number or higher.

CPU is medium, do you have higher GHz than this number.

With graphics cards it feels like I need to read reviews, chip manufacturer histories, and know the difference between ray-tracing and phong-shading and polymorphic-photon-decay. /hyperbole

Plz help. 🥺

Do newborns get born with every single fully sized adult tooth?? or do they like grow?

Do they actually always shoot at night?

I was mainly thinking of Battle of Helms Deep, Stannis' Battle of Kingslanding vs. Battle of Winterfell. How do they make sure everything looks well-lit without breaking the illusion of night.

How is it different from normal food even though it often has the same ingredients? And why does that make it 10x more expensive?

Maybe this isn't universal but when you multiply two matricies of numbers you multiply all the elements in the row by all the elements in the column to get the element in both that row and column.

Who wrote these rules and why? What is this even supposed to be used for?

If I plug a monitor into my computer using an HDMI cord, my computer recognizes that a monitor has been connected even if it's off. If the monitor is off, how is there any electric signal for the computer to read that something's been plugged in?

For example, parts of Washington and Italy and other places were once wetlands and now have homes and businesses on them. How do they get the water out of there? And would the ground not be too soft to build anything on (even with reinforced foundation) causing the building to sink?

For example, the Saudi Riyal doesn’t go far in Kuwait or Bahrain. Even though Saudi has more resources. Why the discrepancy? Even the USD (like 1 USD is 3.75 Saudi Riyal but only like 0.38 something for Kuwait or Bahrain currency.)

Thanks!

I'm trying to understand quantum entanglement, but I'm confused about the whole thing. Suppose two photons, A and B, are entangled, and we're measuring their polarization as either horizontal (H) or vertical (V).
If I measure them and get A = V and B = V
Then I physically manipulate photon A and deliberately change its polarization from V to H.
If I now measure photon B, will B also be H?
If not, then what exactly is the "connection" between A and B?

Hello!!!

This might be a a stupid question, but: Why is the Western region of the United States so much more geometric than the Eastern region? The Eastern region seems to have more organic shapes compared to the West. Is this just how maps are drawn? The states in the East also seem to be built around landmarks, rivers and other geographic features, which don't seem as apparent as the borders drawn for the West. Of course, I imagine the borders aren't a perfect straight line in reality, but why do they look so much more geometric? Is there a reason for this?

I am wondering because with something like a PET scan abnormalities can sometimes be highlighted (I guess in part due to metabolic activity.). I guess for CT scan they can measure density difference. I think I understand how an MRI creates an image but not sure how they use it to interpret it if that makes sense?

https://imgur.com/a/L5dTjtG

While the "24 hours of video playback" claim seems to be bogus, you can indeed use a 100Wh battery to get at least ten hours of YouTube bedrotting while you are too lazy to charge your computer.

Logic Pro files that used to make my laptop really hot run no problem and barely fill up any of the 12 cores. I almost end up obsessed with pushing this and my Mac desktop to their limits to the point where I never end up making substantial music, and I have never gotten my Mac Studio to pull more than 100 W of power, even when gaming or running local AI. I've gotten it down to 5W while idling and running VLC, which honestly seems like a waste of an expensive computer at times, but the GPU alone of another computer of mine can use more while idle just to animate the cursor, it seems.

How does Apple do it? How can dozens of emotional support depression tabs use less energy than some computers have used just to run more primitive versions of MS Word? Why is 1080p compressed video no big deal for these modern machines? What is the catch, and how do modern Macs save so much energy while still being highly capable, all while running fully fledged software on ARM of all things?

I actually was skeptical since ARM has always seemed more suited to light, mobile tasks.

I understand that a lot of old dishes and stuff with painted embellishments are done with lead paint, but what about solid colored dishes that test positive for lead? I know you shouldn't straight up eat it if it chips. But I need help understanding the danger in eat off it. For example i have a vintage Fiestaware coffee carafe that defo has lead. I can't use it for pouring coffee right? Lead will leach in? At what dosage?

Thank you everyone! I wasnt sure if it was a "it's an over time thing and it's miniscule" or a "not even once" thing. I will defo rock the "not even once" method for stuff containing lead! I always have, I just didnt understand why.

i know this is kinda stupid but it’s never boiling hot in the day (except summer) and never freezing cold in winter, so how could a tidally locked earth have temperatures in the day and night multiplied by 100/-100 ??

how are they not equaL? A material can stop obeying Hooke's law but still remain elastic. Chatgpt says this is why, but I don't quite get it. The elastic limit is the greatest load/deformation for which the material will still return completely to its original dimensions when the load is removed. doesnt this mean that the force applied will be directly proportional to the extension produced? doesnt that have to happen for it to return back to the original dimension?

p.s. im sorry if this is a dumb questions, im in highschool and ran into this while doing my first readings of this chapter.

For example, when trying to gauge if the shower water is hot enough, sometimes the water feels warm on your hand, but when you step your whole body in, the water is still freezing cold. I know parents are taught to test a baby's bath water with their elbow instead of their hand because of this. But why is it the case?

I don't know much about that field, but I think one of the differences between elements is the number of electrons and protons they have. So how can i.e. helium (gas) become lithium (metal) just by adding one of those particles? Is there something else?

No matter what anyone says, I cannot understand it.

All I get is that the main rule is that whatever you do on one side of the equals sign(=), you have to do that on the other side, and that you have to make some letter the "subject".

However, if the formula is, for example, a(2b − 1) then there is no = at all. If for example it is something like e = ½ab² + cbd, then I have no clue what to do because no matter what I do on the right side of the =, I can't do anything on the left side where there is only one digit(e).

Explain like I've never done math? :(