Комментарии:
Kreekcraft
ОтветитьTranslucent. Explanation: translucent objects only slightly obstruct light from going through them, opaque objects don't let light through them, and transparent objects let all visible light through them. An example of something opaque would be a wall with no windows or cracks of any kind. An example of a transparent object would be a clear glass window. And something like this would be translucent based on these rules I've explained.
Ответитьyou did not say the uses
ОтветитьNICE
ОтветитьOpaque: Is a hustler that sweet talks you and doesn't reveal his or her intentions until the end
Translucent: Is Las Vegas. It shows you some of it's chips, but you don't see that they always win in the end
Transparent: Donald Trump. You know you are getting a psycho and only psychos vote for him.
I don't understand your language change your language
ОтветитьTranslucent 9 is the middle and the right is a dark arrow facing right
ОтветитьTy for my exam
ОтветитьThank u this helped me a lot ❤🎉😊
Ответить👍🏻👍🏻
ОтветитьI'm my class I said opakyou😂
Only Filipinos will understand
@opaque
ОтветитьJsjsjhei
ОтветитьGreat job 👍👌 at teaching and explaining
ОтветитьI don't know why but grammer and language theory is hitting different right now
ОтветитьI'm fascinated that there appears to be a deep void in our language, for describing the region of possible transmissivities where translucent and transparent become difficult to concretely distinguish. Where's the word for "Translucent with the ability to see strong edge and texture" or "Translucent with no edge or texture transmission" or "Translucent with a little blurring of edges"? When does imperfect transparency verge into slightly-frosted translucency? How can science characterize these properties in a way that makes a clear separation of transparency from translucency possible, and easy? Could translucency/transparency be quantified as an index of how well a subsequent lens can still focus light from a 100mm source located 2 meters beyond the light-transmissive barrier? If it can focus x % of the energy back to a point, its translucent, and < x > total-diffusion, then it's 'focal-translucent', and if the lens can't increase concentration through a totally-diffused translucency, then it's 'fully-diffused translucent'?
Ответитьplease control your voice that we can hear it more clear
Ответитьthanks..
ОтветитьIMA PRO
ОтветитьI am also having an exam tomorrow But thx!
ОтветитьThanks I have a test in ten minutes
ОтветитьBeautiful informative video
ОтветитьThank you
ОтветитьThanks, I'm having my exam tomorrow this helped. Your a life saviour!
ОтветитьCLEARLY!!!!!!!!!
ОтветитьSweer1
I like that you used the picture of The Rock of the Dome Mosque.
I think the point at which a material goes from transparent to translucent is vague.
ОтветитьHaha science go BRRRRRRR
ОтветитьWhat mirror is translucent , transparent or opaque
ОтветитьUkulele hujiko
ОтветитьThanks, I'm going to do a exam tomorrow this help me a lot, Thanks 🤗
ОтветитьThank you for my online science slides being complete
ОтветитьThank help to much on my project
Ответитьthx <3
ОтветитьThank U
Ответитьthx!~<3
ОтветитьYes, important to not the window is visible light. Glass blocks 100% of Uv, and 40-60% IR.
Ответить❤️How is from 5B❤️
ОтветитьWowowowowwwwwwwww
ОтветитьThank you
ОтветитьSuper explaination all accept this or not
Ответитьhablo
ОтветитьThx I not confused
ОтветитьIt is fun we can learn if you like this fact then click like
Ответить👎
ОтветитьCucumber
ОтветитьGreatful for this 🤣🤣🤣🤣🤣🤣🤣🤣
ОтветитьNice
ОтветитьThx
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