Jason is the greatest math and science teacher on TH-cam! He is putting more videos out now too for people that just want to learn about basic science! There is so much to learn and I had not thought about it in a long time until I came to YT! I think we as mankind have only scratched the surface...Jason is like a gate keeper to young minds of the future! Thanks for all the hard work Jason! You are like Aristotle in the modern world!
I'm kind of excited for this lol. I'm a 40-year-old STEM student currently taking gen chem 2, and intro physics courses in the fall. Seems like the perfect time to hear this!
very very very interesting episode it actually helped me understand the meaning of potential energy that i havent received this way in school, Thank you so much sir Jason
i have to save this video on my phone and listen multiple times it's a very important video i wish we had such instructors when i have the physics subject in collage at that time my only objective was pass the exam and get some decent grade that all nobody stimulate how interesting physics is
Thank you for sharing your knowledge. You're an outstanding educator!...I have problems with static electricity during winter. So when I zap things that means I accumulate a lot of potential energy or electrons in my body? One time plasma coming from my hand went straight to a light bulb in the ceiling without touching it. Even touching a light switch sometimes blows off a bulb.
Can the potential energy to move be the same? Both for contraction and expanding in the same object? So that it will go back to its original form after being forced with pressure or vacuum.
Rubber doesn't move, but electron inside rubber are moving. This means that potential energy is the same as kinetic energy. Energy is the first derivative of motion. It does not matter whether the motion is inside or outside, whether it is rectilinear or cyclic.
You put chemical energy from the muscle cells of your arms and hands into the rubber band as potential energy when you stretch it. Your muscles do chemical work without movement while you keep the rubber band stretched.
This is a great comment and I probably should do a video just on this one day. Actually, even if your arms aren’t moving and you’re holding a rubber band there’s tons of motion at the molecular level. All of the ATP being turned into energy involves a lot of motion of the molecules, so the motions microscopic in nature instead of at the arm level.
@@MathAndScienceYes explaining thermodynamical systems that involve Gibbs free energy, so changes of enthalpy, entropy and femperature, and involve both microscopic and macroscopic canonical ensembles quickly become a conceptual minefield.
@@MathAndScience You ought to fix some hooks in different lengths, changing the rubber band one another to demonstrate higher and lower potential energy levels. Using your hand in this explanation makes things complicated.
@@bendunselman...'conceptual minefield' is a bit of a sly dig isnt it?... he does these videos for those that are interested, without appearing superior and the audience doesnt feel like hes talking down to people and its probably something you could learn from..
IN THE HUMAN BODY ATP IS THE MAIN FORM OF ENERGY AND RELEASES ENERGY WHEN A PHOSPHATE GROUP IS RELEASED FROM IT BECOMING DIPHOSPHATE ENERGY ALWAYS COMES FROM A HIGHER STATE AND IS RELEASED ENERGY IS STORED AND REQUIRES ENERGY TO BE RESTORED TO ITS PREVIOUS STATE
@@arnesaknussemm2427 Well actually thats not quite correct since De Broglie formulated the wave characteristic for particles with non zero restmass (in1924) (like the electron). Force carrying bosons like a photon have zero restmass. So de Broglie does not apply to a photon. Actually it was Einstein who equated the kinetic energy of a photon to be its momentum times the speed of light in his theory of special relativity (in about 1905) and Max Planck who equated the (quantum) kinetic energy of a photon to Planks constant times the frequency of the photon (in 1900).
At first this was not obvious to me but eventually understood that anything that can be observed or detected is made from the same basic stuff and we call this stuff energy. It also appears that anything that can be observed or detected is made from extremely tiny particles or oscillating vibrations of energy we call radiation. A quantity of energy can be calculated for anything that can be observed or detected. The amount of energy for a given volume of space can also be calculated or at least estimated. So it appears that our observable universe is completely made up of energy. The rules for how energy transforms, interacts and combines causes energy to cycle from concentrated to diluted states. Although the cycles can be repeated almost an infinite number of times, there will be a time when they stop because as the cycles keep repeating, the total amount of energy in the universe keeps becoming more and more diluted. This process is called entropy. At some point in time, all the energy will become so diluted that it might not be able to cycle back into more concentrated states and this is when we think the universe may end
Edit and audit Caustic and acoustic tabular and tubular 4 and 7 rod and (me-ande 152)ring Bobbin and Helice around ring of fire Light and sound( bound bond bandAid Sound in closed is lon-digit-unal... Phi and pi. e and i( light is mind, and natur-e is projected holo graphic gram) add it , eddy MOire ,Y odd numbers shadows umbra sombrero Waves ain't real. ~ tilde Nu Amun(Qerh Kerh) water Venus wave, 3 as 1. Light + light = darkness , sha Dow Y sing Shu god of rising empty ConServaTion? We think of extracting from vacuum will end existance. Negentropy . Tesla used 170 000 V to make 12 million Volts. Fusion uses 50 MWatts to make 500 MWatts. How come?
Absolutely magnificent work. Never stop creating content my friend. You have a gift that’s not to be wasted.
Thank you so much!
Jason is the greatest math and science teacher on TH-cam! He is putting more videos out now too for people that just want to learn about basic science! There is so much to learn and I had not thought about it in a long time until I came to YT! I think we as mankind have only scratched the surface...Jason is like a gate keeper to young minds of the future! Thanks for all the hard work Jason! You are like Aristotle in the modern world!
I look forward to your nearly daily podcasts! You are an excellent teacher/professor
Thank you so much!
Very good session, explaining 👌👍
Fantastic lesson!
I’ve learned a lot as any time I took time to watch your presentations.
Wonderful!
An extremely good lecture! 💝💛💖
I'm kind of excited for this lol. I'm a 40-year-old STEM student currently taking gen chem 2, and intro physics courses in the fall. Seems like the perfect time to hear this!
very very very interesting episode it actually helped me understand the meaning of potential energy that i havent received this way in school, Thank you so much sir Jason
i have to save this video on my phone and listen multiple times it's a very important video i wish we had such instructors when i have the physics subject in collage at that time my only objective was pass the exam and get some decent grade that all nobody stimulate how interesting physics is
I'm glad you're finding this helpful!
Always enjoy watching this
Great video, thank you!
Thank you for giving this knowledge.
Time is necessarily possible/potential AND actual on/in balance. Great. Perfect.
By Frank Martin DiMeglio
make more videos like this 🦅👌🔥
I wish I had a teacher like you at high school, it was short for me I wanted more, hahaha.
❤
Nice video.
Jason please talk about circular and simple harmonic motion.
Thank you for sharing your knowledge. You're an outstanding educator!...I have problems with static electricity during winter. So when I zap things that means I accumulate a lot of potential energy or electrons in my body? One time plasma coming from my hand went straight to a light bulb in the ceiling without touching it. Even touching a light switch sometimes blows off a bulb.
Can the potential energy to move be the same? Both for contraction and expanding in the same object? So that it will go back to its original form after being forced with pressure or vacuum.
Rubber doesn't move, but electron inside rubber are moving. This means that potential energy is the same as kinetic energy. Energy is the first derivative of motion. It does not matter whether the motion is inside or outside, whether it is rectilinear or cyclic.
Energy is motion of space. Motion is in two ways. One is longitudinal. Example radiation. The other is spin. We call them particles. That's all!
We will need a certificate from your science class here online (u tube), because we learned better from than what we even learned from the university
Can we absorb or get energy from radioaktivity? Why or why not?
Yes we can and do.
The word radioactivity is from madame curie. It is dangerous. It can harm cancer like problems. It can't be used in smallscales.
@@bendunselman why can't we use energy from radioactive waste instead of solar or wind then?
Sir can you make a full guide for mit
Please explain why a pulley on a crane works
Well from what i can gather its some form of black magic...
How about heat/warmth or caloric energy?
A baby is potential energy!
🎉❤😂
Chemists must admit that what they do is physics with different outcomes.
You put chemical energy from the muscle cells of your arms and hands into the rubber band as potential energy when you stretch it. Your muscles do chemical work without movement while you keep the rubber band stretched.
This is a great comment and I probably should do a video just on this one day. Actually, even if your arms aren’t moving and you’re holding a rubber band there’s tons of motion at the molecular level. All of the ATP being turned into energy involves a lot of motion of the molecules, so the motions microscopic in nature instead of at the arm level.
@@MathAndScienceYes explaining thermodynamical systems that involve Gibbs free energy, so changes of enthalpy, entropy and femperature, and involve both microscopic and macroscopic canonical ensembles quickly become a conceptual minefield.
@@MathAndScience
You ought to fix some hooks in different lengths, changing the rubber band one another to demonstrate higher and lower potential energy levels. Using your hand in this explanation makes things complicated.
@@bendunselman...'conceptual minefield' is a bit of a sly dig isnt it?... he does these videos for those that are interested, without appearing superior and the audience doesnt feel like hes talking down to people and its probably something you could learn from..
Excellent
IN THE HUMAN BODY ATP IS THE MAIN FORM OF ENERGY AND RELEASES ENERGY WHEN A PHOSPHATE GROUP IS RELEASED FROM IT BECOMING DIPHOSPHATE
ENERGY ALWAYS COMES FROM A HIGHER STATE AND IS RELEASED
ENERGY IS STORED AND REQUIRES ENERGY TO BE RESTORED TO ITS PREVIOUS STATE
How about the energy of a boson for instance a photon? Your classical formula for kinetic energy will not apply.
Bosons have momentum so they have kinetic energy.
@arnesaknussemm2427 I didnt say they do not have kinetic energy, I said the classical formula does not hold.
@ We have known this since de Broglie.
@@arnesaknussemm2427 Well actually thats not quite correct since De Broglie formulated the wave characteristic for particles with non zero restmass (in1924) (like the electron). Force carrying bosons like a photon have zero restmass. So de Broglie does not apply to a photon. Actually it was Einstein who equated the kinetic energy of a photon to be its momentum times the speed of light in his theory of special relativity (in about 1905) and Max Planck who equated the (quantum) kinetic energy of a photon to Planks constant times the frequency of the photon (in 1900).
Do you still need attention ben?...
Energy is confined Forces.
How about nuclear energy.
At first this was not obvious to me but eventually understood that anything that can be observed or detected is made from the same basic stuff and we call this stuff energy. It also appears that anything that can be observed or detected is made from extremely tiny particles or oscillating vibrations of energy we call radiation. A quantity of energy can be calculated for anything that can be observed or detected. The amount of energy for a given volume of space can also be calculated or at least estimated. So it appears that our observable universe is completely made up of energy.
The rules for how energy transforms, interacts and combines causes energy to cycle from concentrated to diluted states. Although the cycles can be repeated almost an infinite number of times, there will be a time when they stop because as the cycles keep repeating, the total amount of energy in the universe keeps becoming more and more diluted. This process is called entropy. At some point in time, all the energy will become so diluted that it might not be able to cycle back into more concentrated states and this is when we think the universe may end
What happens when whole universe run over to lowest energy state?
Well that’s actually called the heat death of the universe, where everything goes dark. No light. From anything.
Edit and audit
Caustic and acoustic
tabular and tubular
4 and 7
rod and (me-ande 152)ring
Bobbin and Helice around ring of fire
Light and sound( bound bond bandAid
Sound in closed is lon-digit-unal...
Phi and pi. e and i( light is mind, and natur-e is projected holo graphic gram)
add it , eddy MOire ,Y odd numbers shadows umbra sombrero
Waves ain't real.
~ tilde Nu Amun(Qerh Kerh) water Venus wave, 3 as 1.
Light + light = darkness , sha Dow Y sing
Shu god of rising empty
ConServaTion? We think of extracting from vacuum will end existance.
Negentropy . Tesla used 170 000 V to make 12 million Volts.
Fusion uses 50 MWatts to make 500 MWatts. How come?
saya kira semua jenis energi adalah energi gerak yang terjadi di macam-macam ukuran medium
Jason,please talk about abouts wireless communication from Radio and telegrah ,from the beginning, and also Optical Physics .