- Видео 150
- Просмотров 644 132
Wolf_Science
США
Добавлен 16 авг 2021
Science teacher, EMT, Urban Search and Rescue, Avid runner and outdoor enthusiast. Also find me on TikTok, Instagram, and Twitter. Links and contact below
Find my bio and more links here: linktr.ee/Wolf_science
Find my bio and more links here: linktr.ee/Wolf_science
Why does a raw egg spin differently than a hard boiled one? Newton!
#Science #Egg #Newton #HardBoiled
Просмотров: 745
Видео
Incredible human body facts
Просмотров 2105 месяцев назад
#Science #Anatomy #Hiking #Vermont #HumanBody
Do you have your eclipse viewing glasses yet? Let’s give some away!
Просмотров 2768 месяцев назад
#Science #Eclipse #SolarEclipse #Helioclipse #LearnOnRUclips
Will an astronaut’s blood boil in space? (Part III) #Science #Vacuum #Space #LearnOnYouTube. 
Просмотров 261Год назад
Will an astronaut’s blood boil in space? (Part III) #Science #Vacuum #Space #LearnOnRUclips. 
Can you hear an alarm clock in space? #Science #Vacuum #Space #LearnOnYouTube
Просмотров 234Год назад
Can you hear an alarm clock in space? #Science #Vacuum #Space #LearnOnRUclips
Would an astronaut’s blood boil in space? (Part II) #Science #Vacuum #Space #LearnOnYouTube
Просмотров 196Год назад
Would an astronaut’s blood boil in space? (Part II) #Science #Vacuum #Space #LearnOnRUclips
Despite popular belief, and astronauts blood would not boil in space.
Просмотров 208Год назад
#Science #Vacuum #Space #pressure #Blood #LearnOnRUclips
#Science #Halloween #DryIce #Spooky #Carbon dioxide #LearnOnYouTube
Просмотров 111Год назад
#Science #Halloween #DryIce #Spooky #Carbon dioxide #LearnOnRUclips
#Tacoma #Toyota #SearchAndRescue #BamBed #Gear #carry #truck
Просмотров 149Год назад
#Tacoma #Toyota #SearchAndRescue #BamBed #Gear #carry #truck
#Science #Lung #Air #Breathe #Breath #Breathing #Respiration #Diaphragm #Learnonyoutube
Просмотров 168Год назад
#Science #Lung #Air #Breathe #Breath #Breathing #Respiration #Diaphragm #Learnonyoutube
#Hawaii #Maui #Lahaina #Wildfire #SearchAndRescue #USAR
Просмотров 212Год назад
#Hawaii #Maui #Lahaina #Wildfire #SearchAndRescue #USAR
Can sound travel through the vacuum of space? Have a look!
Просмотров 295Год назад
Can sound travel through the vacuum of space? Have a look!
What happens to a released helium balloon?
Просмотров 1,2 тыс.Год назад
What happens to a released helium balloon?
How fast is fast? #science #speed #fast #light #sound #acceleration #learnonyoutube
Просмотров 104Год назад
How fast is fast? #science #speed #fast #light #sound #acceleration #learnonyoutube
This is a Sterling Engine. #science #energy #learnonyoutube #heat #thermalenergy #engineering
Просмотров 235Год назад
This is a Sterling Engine. #science #energy #learnonyoutube #heat #thermalenergy #engineering
How slow is slow? #science #speed #slow #slowmotion
Просмотров 213Год назад
How slow is slow? #science #speed #slow #slowmotion
Floating Ball Demo. #science #bernoulli #coanda #learnoninstagram
Просмотров 198Год назад
Floating Ball Demo. #science #bernoulli #coanda #learnoninstagram
#science #radiometer #light #solar #cool #learnonyoutube
Просмотров 195Год назад
#science #radiometer #light #solar #cool #learnonyoutube
#science #vsauce #sound #vibrate #trythisathome
Просмотров 456Год назад
#science #vsauce #sound #vibrate #trythisathome
You are drowning in our atmosphere! #science #airpressure #suction #suctioncup #wow
Просмотров 171Год назад
You are drowning in our atmosphere! #science #airpressure #suction #suctioncup #wow
I only came here bc of jojo part 6
Awesome! Quickly stated problem, concise explanation with real-time solution and a with a real-world application example!. Great job!
Perfect! 👍🏻 Bernoulli's principle!
Where can I get the blue thing and the cables?
In case of balloons what happens?
TQ, never thought there is continuity after 2 years watching the previous vid
Hello, I'm Mahir Yıldız, I want to ask a question about the Pythagorean cup. If the flow rate of water poured into the cup is higher than the flow rate of water flowing out of the cup, will the system work? In other words, if we make a large-scale cup and the flow rate of water entering the cup is lower, will the system still work? Thank you.
Wow I thank you the one I had was from 1898 not the same but very close. Very nice I have plans from 1899 on one the used it to draw and view for machining. Thank you so much hey kid make one there fun
Lotus temple 😂😂😂😂😂😂😂😂
so the liquid water wants to turn into gas due to the low pressure? and if so, does liquid water if exposed to outer space will instant vaporise?
Hershel Trail
Zulauf Drives
The first interesting thing shorts bring me in days
Using blower to blow air, and put seveal wind generator on each side. Will it be enough to supply power back to the blower?
Savannah Streets
Pfeffer Isle
You blew air into the balloon, what happens if you used helium?
I wish you could demonstrate this principle to inflate one of those air inflatable couches
I got it tanks
Thank you so much! I was actually looking for a visual example of this and yours is definitely one of the much better ones. Quick, concise, no bloat and lots of friendliness. I hope you have a great day too 😊
One of best example of "dont think hard, think smart"
I have 2 windows on the same wall 12' apart. My detached garage is not insulated. The ceiling rafters are 12' high. It stays too hot in the summer (new mexico) to do anything except park the car and leave. I leave both windows open (with screens) and put a box fan in 1 window frame blowing air IN. It really doesn't do much. Should i move the fan away from the window and blow OUT?
Love you!
I need a vacuum now.
You are awesome! Great videos. 👍
This principle is used to inflate the emergency escape slides on some commercial aircraft. Though it uses a cylinder of compressed nitrogen nobody blows into it.
Glory to god who made us that great
I just use Bernoulli’s Principal yesterday at work (I work at an industrial/agricultural/landscaping equipment rental/repair business) and someone had put the wrong fuel in the tank. After draining, there was still a small amount of contaminant in a depression in the tank (the tank had been warped over time, probably due to mishandling/abuse). I could have dragged a Jack over and tilted the machine to try to get the fuel to run to the port, but instead I took a length of fuel line and stuck one end in the depression, then took a blowgun and blew a get of air across the other end at a fight and for and vacuumed the rest of the fluid out. Of course, there was an impressive white cloud of atomized fuel vapor as a result, so don’t try this at home- I’m a “professional” 😁🤣😂🤣
That is fantastic! Thanks for sharing! Might have to use your comment in a future post!
@@wolf_science see? I really WAS paying attention in sophomore year 😁👍
Yay, Bernoulli's principle!
The young Iraqi Mohammed Al-Tamimi who solved the complex Swiss Bernoulli puzzle and made your scientists and your pride laugh at you ❤️❤️❤️🤣🤣🤣
Nicely done sir!
I wish my science teacher was as entertaining as this guy. Damn you Mr Lee!
now wait a second... is the water actually boiling or bubbling? did the water ever actually get hot or increase in temperature? I mean I could take a straw put it in a glass of water and blow. it was still be making bubbles I could call that boiling too...😮 inquiring minds need to know. edit : so I did a little Google search and I guess technically it is considered boiling, because it goes from liquid to a gas state but only due to the low pressure. it does not change the temperature of the water. so it is not like you can put a egg inside of the vacuum water and expected to be cooked into a hard boiled egg?... or can you? edit #2: can you cook an egg in a vacuum? the answer is no. the effects on protein that make an egg cooked are caused by temperature not boiling per se. the water in the egg would be lost in the vacuum and the egg would dry out.
absolutely amazing 😂 🥚🥚🥚🐣
well I found my new binge videos.... your channel looks great... I'm going to really enjoy this. thank you for your amazing content ❤
A true teacher 👌
Cooling your home like a PC case.
Amazing. Thanks for that demonstration. 👏🏿😃👍
There is for sure a portion of my heart that is forever reserved for science teachers. 🙇♂️
Hi, I have two questions; 1. does it matter where the wind comes from when you blow out the hot air? 2. my fan has three settings, should I use the highest one?
The highest setting will move more air and therefore change the temperature more quickly (as long as there is a difference in temperature between inside and outside). To answer your first question I need more detail about what you are asking.
@@wolf_science well I live in an apartment on the second floor and its very windy. The room I want to cool has the window facing south, but sometimes the wind comes from the south, does the hot air still blow out? Or does it come back in due to the strong wind?
The perfect example of work smarter not harder. Great video!
Next time turn around so we can see where you are blowing, thanks
I don't get that thing with the fan... Shall it point and blow the cool air into the room or point out of the window and suck/blow the warm air out 🤔
Thank you so much for the tips. ❤
I'm wondering: does the size of chamber (so the "thickness" of the vacumm) affect the amount of sound coming out? I mean, now the bell is immersed into a giant chamber, but if it was immersed into a very small one the only leaves a 1 mm clearence, would that change the outcome of the experiment, would that affect in some way the amount of sound coming out?
Can you share some tips on using a fan with the AC?
LOVED THIS THANK YOU
That’s amazing
Brilliant experiment. But how is it possible to initially draw air out of a sealed enclosure without it imploding due to atmospheric pressure externally pressing on the outer surface?
If the surface is weak, you certainly pose the risk of an implosion. If glass is used, you must be certain that it isn’t previously cracked or scored, this can certainly result in an implosion. In the case of this experiment, the plastic was very much strong enough to handle the pressure.
As a dude with no central air, you sir have gained a subscriber!