no, this video used the left hand rule, in other words, the direction of the electron flow. the right hand rule is used for conventional current, in other words, positive flow.
either. For the right hand rul, the thumb points in the direction of conventional current (the direction opposite to that of the direction in which the electrons move). For the left hand rule, the thumb points in the direction of current (the direction in which electrons move). Hope this helped mate xx
The left hand rule relates to the flow of electrons. The right hand rule, which is more common, is the direction of the current, which is the flow of positive charge.
Is the method taught in this video assuming current goes from + to -? Because in that case, I was taught the RHR and have experimentally proved it in lab. If current flows < (left) and magnetic field flows ^ (up) then the force goes x (into) the computer screen. LHR was only for induction or if the current was negative.
Left Hand Rule is for when the current goes from negative to positive like what actually happens with the electrons. Right hand rule is for as you said when the current goes from positive to negative and is more commonly used for some reason.
If I understand this correctly the pod launches along the rails in conjunction with the direction of the electrons in the rails. It increases in speed due to a combination of momentum and the increasing "push " of the magnetic fields generated by the current. Please confirm if this is the correct conclusion
I'm not sure that the motor effect is named after the electric motor as this film suggests - I think it more likely that motors are named after the effect which is, as ane fool kno, is Latin for 'move' or some such. Great incidental music though! BTW - It was made in 1987. And you spell 'weirder' like this. So there we are. I'm glad I've got that off my chest.
The LHR vs RHR is a matter of convention. RHR uses current, LHR uses electron flow. Both are correct - electron flow is in the opposite direction of current.
@letricblue Do you know if I am understanding this correctly? The pod launches along the rails in conjunction with the direction of the electrons in the rails. It increases in speed due to a combination of momentum and the increasing "push " of the magnetic fields generated by the current. Please confirm if this is the correct conclusion
@subzerostorm i dont know? i just heard it on a quiz show the other day, do you know which one it is? have a great new years, the moon you will see on the night of new years is a *blue moon* sounds pretty cool
yer they first part u were talking about is so funny ive got a space book from the 80's and it has drawings of people walking around on mars haha. Mind u the left hand rule is brillant
when I was a kid in the sixties we were all going to be living on floating hotels and drive hover cars back and forth to the moon by 2000. ha ha ha i don't believe this electric stuff will ever catch on... all jibber jabber. left hand... my arris !!
MY THEORY OF GRAVITY Gravity is created by electromagnetism created by orbiting electrons of the positively charged nucleus. There is no such thing as 'gravity'. Gravity is just the cumulative effect of electromagnetism. That's it.
So you think you are magnetic and that's why you don't fly off the earth? What about other non-magnetic things? You better give it some more thought. Your theory doesn't hold up in space at all either. Gravity is not magnetism.
lol weve got a month to create a moon station lol pretty sure saturn wouldnt be that big if you were on the moon, its larger then what the earth is from the moon. Saturn is further away then jupiter so lol imagine how big jupiter is hahaha
no, this video used the left hand rule, in other words, the direction of the electron flow.
the right hand rule is used for conventional current, in other words, positive flow.
Karliah so basically are both the rules exactly the same?(not considering their applications)
either.
For the right hand rul, the thumb points in the direction of conventional current (the direction opposite to that of the direction in which the electrons move).
For the left hand rule, the thumb points in the direction of current (the direction in which electrons move).
Hope this helped mate xx
The left hand rule relates to the flow of electrons. The right hand rule, which is more common, is the direction of the current, which is the flow of positive charge.
Is the method taught in this video assuming current goes from + to -? Because in that case, I was taught the RHR and have experimentally proved it in lab. If current flows < (left) and magnetic field flows ^ (up) then the force goes x (into) the computer screen. LHR was only for induction or if the current was negative.
Left Hand Rule is for when the current goes from negative to positive like what actually happens with the electrons. Right hand rule is for as you said when the current goes from positive to negative and is more commonly used for some reason.
If I understand this correctly the pod launches along the rails in conjunction with the direction of the electrons in the rails. It increases in speed due to a combination of momentum and the increasing "push " of the magnetic fields generated by the current. Please confirm if this is the correct conclusion
I'm not sure that the motor effect is named after the electric motor as this film suggests - I think it more likely that motors are named after the effect which is, as ane fool kno, is Latin for 'move' or some such.
Great incidental music though!
BTW - It was made in 1987. And you spell 'weirder' like this.
So there we are. I'm glad I've got that off my chest.
It is wrong to the classical view of left hand rule
The LHR vs RHR is a matter of convention. RHR uses current, LHR uses electron flow. Both are correct - electron flow is in the opposite direction of current.
They have this now. the top thrill dragster at cedar point moves the track aside to launch things to the moon at night.
@letricblue Do you know if I am understanding this correctly? The pod launches along the rails in conjunction with the direction of the electrons in the rails. It increases in speed due to a combination of momentum and the increasing "push " of the magnetic fields generated by the current. Please confirm if this is the correct conclusion
@subzerostorm
i dont know? i just heard it on a quiz show the other day, do you know which one it is? have a great new years, the moon you will see on the night of new years is a *blue moon* sounds pretty cool
Thanks a lot to you u are best physics person
Thank you. Wish u a nice weekend.
Well its now 2011 and still no sign of the moon base...but I admire their optimism! itswild geuss where we are headed from now...
good demo
@familyfreaks1 thats why they are discussing private funding for the ares rockets
@Cretaal so true :)
found out the other day earth has to moons aswell, the other one is only like 3miles in diameter
Cheers mate
It's 2046 and we have a time machine ..... but no moon base
2022, global pandemic ...... but no moon base
y is it left hand rule not right hand that my school teaches???im so confused
Yes, it IS 2010. We're not on Moon-base Alpha. I'm disappointed.
excuseme a was looking your videos and there are very good and i wan to now if you can put subtites in spanish or other lenguajes
are you referring to our junk ball satellite, or a natural moon?
isnt it right hand rule now im confused
what happen to the guy at the end of this video
nobody focuses on the video in these comments. the video is on the motor prinicple, yet the first four comments are about a moon base. =P
Omg my physics teacher showed us the same video!
finally now i got it!
10x a lot dud!
I was jsut at the moon base.
is it just me or the video is actually really creepy...
This is very good and cute!
What?
yer they first part u were talking about is so funny ive got a space book from the 80's and it has drawings of people walking around on mars haha. Mind u the left hand rule is brillant
saturn has moons, too
@Gicior Greetings from 2010 and moon base alpha....
i should watch this when i what to sleep
it is 2010!!
this is my moon base
@pinkylini I thought so! Was getting alil confused :/
good but not very clear animation.need to explain more
sounds like lex luthor in JLU
when I was a kid in the sixties we were all going to be living on floating hotels and drive hover cars back and forth to the moon by 2000. ha ha ha i don't believe this electric stuff will ever catch on... all jibber jabber. left hand... my arris !!
moonbase next year?
lol this is this year... im pretty sure we dont have that type on technology
5e lesuur natuurkunde
It's 2012 now and there is still no moon base
take the background sound. thank you
On the dark side of the moon, obviously.
that music
MY THEORY OF GRAVITY
Gravity is created by electromagnetism created by orbiting electrons of the positively charged nucleus.
There is no such thing as 'gravity'. Gravity is just the cumulative effect of electromagnetism.
That's it.
It's now 2013, still no moon base. Check back again in *looks at calender*, 2025.
2022, still no moon base....
john madden
actually the government might make a permanent moon base to mine helium-3. However, it will cost us 15 years and 15 billion dollars...yay!
I have been lied i demand my moon base ALPHA NOW(!)
wheres my moonbase?
RAILGUN!!!!
lmao hahah 2010....WHERES MY FUCKING MOON BASE!!!
lol just realized that myself
So you think you are magnetic and that's why you don't fly off the earth? What about other non-magnetic things? You better give it some more thought. Your theory doesn't hold up in space at all either. Gravity is not magnetism.
hey you are mis guiding people with this video......your explanation is wrong
Harsh
lol @ 2010 moon base
lol moon base alpha doesnt exist
lol weve got a month to create a moon station lol pretty sure saturn wouldnt be that big if you were on the moon, its larger then what the earth is from the moon. Saturn is further away then jupiter so lol imagine how big jupiter is hahaha
2013 lmao
2022 lmao