Determine the point other than infinity at which the total electric field is zero.

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Did you graduate?

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I’m taking physics online due to covid. The class is hard enough as it is but we have it on zoom with limited amount of time. Majority of the things my professor say go over my head but i come here and these videos clarify everything. Thanks a lot

[@guggystyle]

Yeah, it seems like many physics professors teach in a manner that makes sense to themselves rather than to their class.

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That square root trick is mind blowing. Plus, I love the detailed explanation. I didn't understand where (1+X) came from till you showed us. Thank you so much

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[@guggystyle]

+Shir'o Khorshid That is really nice of you to say. Thank you very much!

[@shirokhorshid2997]

WNY Tutor You are welcome! I must give credit where credit is due. Thanks again for your hard work!

[@erickrobles6365]

In some of my practice problems i notice that i am flipping the distance from the point/test charge and the source charge. Why is that? For instance, I'm assigning the r-x and the r to the wrong charges. =[

[@elisamena686]

Ive seen so many videos and yours was the only one that helped me understand where to place the electric charge due to the direction of the other charges!! thank you so muuuch!!!

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WNY TUTOR THE GOAT🐐

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Finally after a long search i got sth to overcome my confusion. Thanks alot sir!

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thanks alot for the video..finally something organized and informative 👌

[@josef2739]

Perfectly explained. Thank you for the video!

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[@hudasungyeollie4680]

This question is exactly same as the one in my textbook!

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Your explanation is simple and awesome. Thank you💖

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Your explanation is so good. Thank you Man, you saved my day

[@guggystyle]

No problem at all - I'm glad the video helped!

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Clearest explanation on KZbin.

[@areebaqamar6973]

You explain so clearly! Thank you!

[@guggystyle]

+Areeba Qamar Thank you very much!

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wondeful ...am kekstar @daystar universty kenya you have really helped me sir

[@hangzheng4971]

Thank you so much, it help me a lot.

[@guggystyle]

No problem!

[@tttiiny]

7 years later and this exact question is in my homework lol. Thanks a lot sir.

[@muhammadabdulahad2391]

I think I get what I m looking for . Thank u WNY Tutor

[@burntcookie6561]

This was so so helpful. Literal lifesaver! Thank you :)

[@hudsolo]

You're much better at explaining this than my actual Physics C E & M teacher... and he has a MASTERS DEGREE in electrical engineering dammit....

[@toniocartonio572]

Such a great explanation. Thanks. +1 suscriber

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thank you so much,for ya channel,i will share it with all my uni friends,God bless

[@guggystyle]

+Mwamba24 You're welcome! And thank you for watching.

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the instructor is genius.

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God bless you! You've helped me so much!

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THANK YOU!

[@shelbyjackson8163]

What textbook is this from?

[@MudassarAli-ys2gv]

At infinity electric potential and electric field both are zero?

[@thomasgutierrez7308]

Thanks! Very nice explanation

[@kaliarajan]

What if the charges are equal and opposite?@WNYTUTOR

[@dhanushreddy3052]

something

[@isaiahphillip4112]

In which scenario will you end up with two points of net zero field?

[@aidensilverstein502]

Very helpful. Than you

[@hao5868]

Extremely helpful!! Thank you!

[@guggystyle]

+Hao Li (Leo) No problem!

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Wow. Job well done. thank you sir!

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it's really quite nice. thank you

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SAVED ME LEGIT SAVED ME THANK YOU SO MUCH!!

[@smileyy777]

This is great! I am just confused on the difference between this and a situation like this one, except that the magnitude of the opposing charges would be the same. For this problem, you said that the vectors would be cancelling each other out, but in a problem such as the one I just stated, that would not happen, right? Why would vectors cancel out here vs if the opposing charges had equal magnitudes?

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Great video good shit man

[@pawpawbear1175]

Thank you that explanation was great!

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Joss ❤

[@Observeryou]

Do we have another X ? because I used the quadratic formula and I got X= -0.39 or X= 1.8.

[@sreeaksharas3471]

in that case, answer will be the greater one i.e. 1.8m

[@brooke6950]

it’s so simple! thank you.

[@SuperSoldier2059]

Thank you for solve this question

[@Lukeamyster]

This guy is better than my professor

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Thanks a lot 🙏

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thank you so much for this!

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Could you make one like this but with force please?

[@nathanchocomint]

Thank you so much

[@taeymaria]

can you do it with two negative charges on y axis? Two point charges lie along the y axis. A charge of q1 = -11.0 µC is at y = 7.0 m, and a charge of q2 = -8.0 µC is at y = -2.0 m. Locate the point (other than infinity) at which the total electric field is zero

[@davisjohn-d6h]

Yes

[@samahashah9826]

Amazing

[@rap33r100]

Thank you!

[@Iamkarliux99]

I think this is a good explanation! I love it! But it's supposed that the Electric Field is equal to 0 if we calculate the Electric field with the formula k*(q1*q2)/(r)^2? Because I got a result but it doesn't give me 0

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Thank you.

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Great!

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[@Chessmania123]

What if both the charges are negative ??? Where will be the point..?

[@subhannaeemofficial]

Yeah

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[@anony4717]

thank you sir

[@guggystyle]

Most welcome

[@oamndcheema971]

Thank u

[@benbrahimilias426]

Great

[@siyabongasalmani307]

what was going to happen if the charges were swapped ?

[@wahidahrazali5502]

love your videos so far :)

[@joelsonreisprado20]

tks man

[@omarsaltah]

Thank you

[@opufy]

if i wanted to be cheeky for the final answer i could say 2.8 meters from the positive charge instead? (the solved x which was 1.8m + the 1m that was given)

[@prof.dr.rajdave8603]

Here is a good video

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ily

[@tane1038]

Thank you!