Lalit Patel

Light colored fabrics absorb less visible/UV radiations than dark colored fabrics. A reflecting surface can reduce absorption of radiation.

Any type of electromagnetic radiation (microwave/ infrared/ visible/ ultraviolet/ xray) radiation can dry, and can be absorbed by, any type of material. How much? It varies and depends on many factors.

Human beings can see visible radiation, but cannot see ultraviolet (UV) radiations. Visible radiations have lower frequencies than UV radiations. en.wikipedia.org/wiki/Electromagnetic_spectrum#/media/…

Sorry, I am not knowledgeable enough to answer all your queries.

If it is polyester, it will have a good UV protection. If it is transparent, it will allow visible radiation. If it is not threaded/woven, it will not breathe air. ... No fabric is likely to fulfill all your requirements.

If you want, you may Edit your question to add 'applied-physics' as a Tag.

It is not a problem, but since it is opaque, it will restict visible radiations along with UV.

realthread.com/blog/uv-protection-cotton-vs-polyester may help.

A textile engineer can answer your question. The cloth (shown in the picture) appears to be very dense and colored. It is likely to restrict passage of air and its color is likely to fade after some time. Any cloth can protect UV to some extent. Most cotton cloths can reduce incoming UV by reducing the overall amount of incoming radiation. Certain types of plastic cloths can reduce incoming UV by reflecting the incoming UV radiation. You may try curtains with multiple layers, and change them as per your needs. You may check Amazon web site and search for cloths with your criteria.

A cotton fabric may work better than a plastic fabric for your purpose. It can allow passage of air. With adequate threading, it can reduce UV.

Are you referring to how mass is shown in the Standard Model table? Mass can be written in terms of gram (natural unit) or electron-Volt (dimensional unit) or electron-mass (relative unit).

pubs.aip.org/aip/adv/article/14/12/125121/3326985/… might help.

Many quantum computing users now use python programming. Currently, quantum computing is tried with 'domestic' objects, rather than black-hole objects. At this stage, thought experiments and analytical models are more suitable than simulations for studying quantum computing with black holes under general relativity. ... Tackle one thing at a time!

@Karel Thank you. I got it now. How much electricity can be drawn from a fruit-plus-electrodes system will depend [mainly] on the electrodes. After one of the two electrodes is completely depleted, replace it with a new electrode to continue drawing electricity. ... I will remember this by an analogy. How much revenue can be generated from a worker-plus-project system will depend [mainly] on the project. After the project is completely done, get a new project to continue getting the revenue. (Assuming that the worker is still alive!)

@paulina Thanks for clarifying. Sorry for misunderstanding your comment there. In my question, I have written "I felt that ...".

@WillO and all others: Thank you for your valuable inputs, which help me learn and improve.

@Ghoster Thank you for your valuable inputs. Sorry for the inconvenience I might have caused.

@Ghoster Most articles have incorrectly used the phrase 'generating electricity' instead of 'storing electricity'. I have added "If so, how much electrical capacity do they have?" in my question.

@ghoster Paulina's comment in a question has led me to pose this question, to clarify my doubts.

@WillO A few comments in a question has led me to pose this question. I have reworded my question to apply it to animals as well as fruits.

@ghoster I have removed the quotes. The statement is based on my own understanding. I want to check whether my understanding is correct. Thanks.

@controlgroup I removed the second question (about taste), and kept only the first one. I could not find a satisfactory answer to my question by Googling it. Thanks.

@WillO I reworded the title and question, to apply it to all fruits.