Can an individual's blood carry a cure for a virus outbreak like the movies? |
- Can an individual's blood carry a cure for a virus outbreak like the movies?
- How sure are we that nuclear fusion reactors are possible?
- Do different gases convect heat at different rates?
- What is the heaviest element formed during neutron star collisions?
- The two hot leads in a 250 volt electrical circuits are said to be "180° out of phase with each other", but 480v systems are 120° out of phase. How does the 120° phase get turned into 180°?
- Do the Covid-19 vaccinations provide protection against other "common cold" coronaviruses? Just how common are/were they if so?
- Why rotating hyperbole removes the squares from the variables?
- Relationship between Gibb’s FE and reactants/products, along with activation energy?
- How do microplastics we ingest affect our health?
| Can an individual's blood carry a cure for a virus outbreak like the movies? Posted: 03 Oct 2021 01:39 PM PDT I've read there are some experiments suggesting plasma from covid survivor's could help fight the spread. Though it got me wondering how much truth is in the possibility of one persons blood being the key to a widespread virus like many movies. [link] [comments]  |
| How sure are we that nuclear fusion reactors are possible? Posted: 04 Oct 2021 05:52 AM PDT I know that nuclear fusion occurs in labs all the time here on Earth and that there are a few different groups trying to make a fusion reactor where you get more energy out than you put in. My question is, how sure are we that these attempts at net positive fusion reactions are actually possible? Asked another way, I am wondering if fusion reactors are something that we can definitely make it is just a matter of figuring out the technology... Or if it's something that hypothetically can totally exist (thermonuclear bombs work, after all) but scientists are still unsure if the constraints of 'a continuous reaction that gives off more energy than it requires' can be reasonably met. A sort of parallel idea here to illustrate what I'm talking about: we know that small flying vehicles (ie: flying cars) can totally exist, but that they are totally impractical as a solution that everyone will use to get around. [link] [comments]  |
| Do different gases convect heat at different rates? Posted: 04 Oct 2021 05:37 AM PDT Metal and wood conduct heat at two different rates, but do gases behave the same? If there is a difference, would the effect be noticeable by touch? [link] [comments]  |
| What is the heaviest element formed during neutron star collisions? Posted: 04 Oct 2021 02:39 AM PDT |
| Posted: 03 Oct 2021 09:21 PM PDT I recently wired an outlet for a welder that was 250v. From some basic YouTube videos, I understand that industrial applications of electricity often use 480v. If 480v is made in three phases, 120° from each other, how is 250v with exactly opposite phases made for houses? [link] [comments]  |
| Posted: 03 Oct 2021 08:43 PM PDT As I understand it, there are other coronaviruses that are considered a "common cold". Do we know what impact (if any) the vaccinations could be having against those? Would that cover a reasonable percentage of common colds? Also, is it likely spike protein vaccination provides potential protection to other non-coronavirus type viruses that also employ a spike protein? [link] [comments]  |
| Why rotating hyperbole removes the squares from the variables? Posted: 03 Oct 2021 10:35 PM PDT For simplicity, lets just assume the basic hyperbola which is x^2 - y^2 = 1. Why rotating it 45 degrees results in a simple xy = 1? Is there any general rule for something like this for general hyperbola? [link] [comments]  |
| Relationship between Gibb’s FE and reactants/products, along with activation energy? Posted: 03 Oct 2021 08:32 PM PDT Hi, to give context I'm a biochemistry student and am more concerned on how this relates to things like enzymes, but I would still like a coherent answer because I can't seem to grasp this at all. On a graph, I could tell you where deltaG is; it's the distance between the reactants and products. But in terms of exo/endothermic reactions, what does this number exactly tell us? How much energy is released/absorbed respectively? Also, where does this free energy come from? Another thing I'm confused about is the activation energy. Every reaction needs a bit of energy, which I understand. But what about for an endothermic reaction, where the reaction itself consumes energy to create a product with a higher energy than the reactants. What's the difference between that energy consumed (G?) and the activation energy? Is the activation energy just the barrier between having a reaction occur/not? If someone could help me out I'd appreciate it. :// [link] [comments]  |
| How do microplastics we ingest affect our health? Posted: 02 Oct 2021 03:01 PM PDT |
| You are subscribed to email updates from AskScience: Got Questions? Get Answers.. To stop receiving these emails, you may unsubscribe now. | Email delivery powered by Google |
| Google, 1600 Amphitheatre Parkway, Mountain View, CA 94043, United States | |
No comments:
Post a Comment