What Are Ions | Properties of Matter | Chemistry | FuseSchool

[@Sushimystic]

For the juniors, Pls understand every concept of chemistry because if you don't,you WILL SUFFER.I'm in 12th grade and i barely passed in chemistry and still don't know what the heck are ions

[@antonk6359]

I like how she says, "Let's look at Sodium," and Sodium's like, "Na..."

[@AnExtremeFootFetish]

+Anton K Nice Math joke!

[@tech4lyfe968]

+Jordan Peterson math??

[@darksoar3633]

r u stupid its a science joke

[@nuha6035]

@@AnExtremeFootFetish math....

[@jannatsparadise8403]

Thanks a lot! I’ve been having trouble with these shitty ions and everything, but this really helped ❤️

[@fuseschool]

Glad it helped 🙂

[@cearun957]

@songschertam cant find who asked stillllll

[@toxic1leven254]

[@ajayyadav2699]

It helped me a lot and cleared my all doubts. Thank you 🙂

[@fuseschool]

Glad it helped!

[@QPhysicist]

Brilliant, this seriously helped me gain a much better understanding about ions and how they are formed for my college chem class. I noticed the video lightly touched on covalent bonds for poly-atomic Ions. Do you have a video that covers poly-atomic ions?

[@DukeR3D]

i guess they dont :D

[@noahfenech8196]

Helped some atoms gain some electrons

[@Endrrq1901]

I'm in 6th -_-

[@p.azzazm]

before this video, this subject was a cheMYSTERY

[@khyatiagarwal5748]

Haha 😂

[@disha_8759]

I agree!!✋

[@littleangel6924]

Any mystery can be solved if u decide✌🏻

[@penguinfancy1941]

Thanks for the useful video! I really appreciate the work for making this video because it helped me a lot in my Chemistry lesson!

[@guestuser3113]

I was gonna make a joke about sodium but Na

[@muhtasimurrahman5066]

I have a Boron joke But should i use it? omg that was cringe XD

[@learnwithlearner3543]

mrs mendes Does anyone know a joke on sodium? Na...

[@carter12821]

noooO noooopo0o0o00 ok o

[@itsmetheherpes1750]

so what use are ions ?

[@sherlockelsam29]

why??

[@pureheartx3576]

i was also going to make some element jokes , but all of them ARGON

[@naveensundar4765]

Lmao

[@jakesharrock5994]

I was going to too, about Sodium and Hydrogen, but NaH.

[@khyatiagarwal5748]

Lmaooooooo

[@akhil___abi3349]

@@jakesharrock5994😆 LMFAO

[@allknowledge7146]

see this is why no one likes you kidding ♥️

[@supriyakshirsagar3670]

because Na has an xtra electron, it is giving 1 electron.Since giving things and helping others is a gud thing, Na becomes +. Otherwise if an element borrows electrons, and does not return it, it is a bad thing so it becomes minus (-).

[@fuseschool]

I like this explanation!!

[@supriyakshirsagar3670]

yep...thanks for the reply btw

[@cocomelon1239]

God bless u with tons of element puns for this explanation.

[@azul9709]

POV: your teacher sent you here

[@uptop748]

Yup

[@caiden9467]

No I’m interested in this kind of stuff and my teacher wouldn’t send me here I’m 9

[@alinalilka8430]

@@caiden9467 you can tell this boy is gonna get places

[@Валют]

Awww

[@KawaiiSistersSGP]

nope. googled this because i have an exam to pass

[@andrewbullen9665]

My class wanted to leave a comment so we could make it go to 100 comments... mission accomplished and thanks for a great video!

[@fuseschool]

That is awesome! Thank you!

[@sheb1913]

THANKS SO MUCH! PLEASE MAKE MORE VIDEO THANKS!!!!!!!! wish me luck for my chemistry test tomorrow

[@safinsalt2265]

SRHD how was it

[@Gamersway321go]

why those poor electrons are so sad? lmao

[@lukasilobad9183]

+Gamersway321go because they are "negatively" charged

[@lukasilobad9183]

+Luka Silobad LOL

[@lukasilobad9183]

+Gamersway321go If there were protons, they would be happy.

[@imogenjones1517]

because theyre negative so theyre sad :(

[@dankdrifter7329]

@@lukasilobad9183 you replied to your own reply? lol

[@heyifan9904]

when you have a test and have to watch the vid in 1.5 speed

[@fuseschool]

Hope it went well!

[@dabi5107]

lmao mine is in a few mins

[@Unluckful]

HOW WAS THE TEST !:)

[@Flo_Toma]

Hahahahahahahaha for real

[@AayushChitnis]

In 30 min

[@michaelalbertini7799]

One day my dad put snowballs in a blender to make a slushy. I miss snowballs she was a good cat.

[@mousehead2000]

IcedThy positive cation?

[@arifraja237]

LOL! That's why I'm always more curious learn about the comment section than the ACTUAL video!

[@AkkroxSucks]

Negative Valency

[@angelsback8673]

WTF LMFAO I had to read it 2 times to make sure u did not say cat lol. True story I used to have a dog named Tootsie(as in tootsie roll candy, she was a dark chocolate colored lab---hints her name--- ) So I was a little guy about 4 or 5 and my dad told me this little puppy was named Tootsie, I knew that a tootsie was a candy so I put her tail in my mouth thinking it was going to be candy :P I did not want tootsies for a year lol

[@p.azzazm]

are... are you okay?

[@malehagufran2746]

Why are electrons so sad??

[@sachinbahadoorsingh5725]

Thanks. Helped a lot. Helped me understand it the day beforehand my test. I'm from hillview college. Sachin bahadoorsongh. Trinidad.

[@wintutorials2282]

So On-ions are the Once who make me cry right? Every shell

[@Pokemonzeldabro]

ION understand this video send help :)

[@anyashenoy756]

I wish I had a good science pun, but they ARGON

[@jamiemcconnell8864]

no

[@vitoriaantunes8105]

Just N O (get it?)

[@chronhado771]

7 years of students being forced to watch this

[@callumbailey8900]

*8

[@ushanisamasha9186]

I really love their videos since they are soo colourful. it attracts me a lot .however I understood the lesson thank you a lot .

[@fuseschool]

Happy to hear that!

[@qwkyla]

This video helped me more than a week of lessons.

[@fuseschool]

Glad you found the videos helpful. Hope you will check out more of our content

[@shellyxbelle]

This is great, thank you! This really helped me understand better.

[@pat3316]

WOw, THAnks!

[@bismarehan3969]

Understanding basics are so important...!!

[@maxpower1132]

excellent piece of information

[@divyanshitripathi6404]

now my confusion is cleared. Thanks 😊

[@learnwithlearner3543]

Divyanshi Tripathi And my *concept* is clear

[@fuseschool]

Glad it helped!

[@justgabe4982]

This actually Helped

[@sandeepPatel-uo3yo]

Hey hi I am an Indian I love your teaching method.......thank you for being with students like us

[@fuseschool]

Hi! Thank you so much 🙂 Glad you like it!

[@itzlevern3292]

bruh why so many comments 1-5 years ago :/ anyone here from 2020, or maybe 2021? If its 2021 DAMN BRUH I HOPE CORONA IS OVER

[@indrauchiha5354]

na we still got rona

[@archiekirk7858]

rona still a thing bruh

[@gta-gq7oz]

it aint

[@codewithaarif_]

Amazing teaching.keep it up LOVE FROM KASHMIR

[@fuseschool]

Thank you so much ❤️

[@amitd1572]

Brilliant video and explanation. Very helpful.

[@fuseschool]

Glad you enjoyed it!

[@kidrauhlourhero5250]

Thank you so much. This really helped. Gosh. I was so confused about these for the longest time ever. This video saved my life. :')

[@rsarvaiya3337]

im to dumb to understand :'c

[@zubeenbhat9235]

Very well explained

[@fuseschool]

Thanks!

[@meenakshiparashar2929]

Hey . I m from INDIA . Awesome explanation .. Thanx for your help 👌👍🤗🤗

[@fuseschool]

Happy to help!

[@Aint_him10]

I don’t know why but that voice is to good to by true🙈🙈

[@badmintonfan2528]

Excellent explanation. Got the idea quickly. Thanks a lot.

[@bradroberts6508]

I'm really new to chemistry...when the Calcium loses 2 valence electrons , and Chlorine only gains one, where does the 2nd Calcium electron go? Does it just disappear?

[@Turtle3379]

No, the excess electron will bond with a 2nd Chlorine atom. Calcium forms a salt known as Calcium chloride or CaCl2.

[@jameswilliams-xh5pj]

thanks it all makes sense now

[@samiraami3543]

I have a test tomorrow thank u

[@fuseschool]

Hope it went well 🙂

[@samiraami3543]

@@fuseschool it did thank u 🙏 😊

[@vidyaranisd1039]

Thankyou for the video I understoodit

[@fuseschool]

Great!

[@aelamrani7525]

how are they still liking comments even 8 years later is beyond me. good video btw it helped me allot !!

[@fuseschool]

Glad it helped 😉

[@vimalsingh7503]

Hey I am from India. I saw your video.... it's amazing. I got it

[@fuseschool]

Awesome!

[@alhidaayasamra251]

thank you helped me with homework

[@helpme_ss]

Ayan Omar No

[@pat3316]

Thanks!

[@zapzyy1608]

Very well put together video, it helped alot.

[@fuseschool]

Glad to hear it!

[@kshitijjain4852]

Please help! Let's say that a Na atom losses an electron and becomes positively charged. It attains an EC of 2,8 then does it mean it is now stable and will not react with other elements? And can ions freely exist in nature?

[@fuseschool]

+Kshitij Jain Some atoms can become more stable when they lose / gain an electron and become an ion. This article may help: www.boundless.com/biology/textbooks/boundless-biology-textbook/the-chemical-foundation-of-life-2/atoms-isotopes-ions-and-molecules-50/ions-and-ionic-bonds-279-11412/

[@EDITS-5678]

Very helpful! Thanks

[@Rm20693]

this was so helpful. I understand it now.

[@fuseschool]

Wonderful! Glad to hear that!

[@malleswararambo5928]

the brief explanation I liked it

[@rakhigoel4969]

Thanks

[@brode1240_]

thanks so much i was really stuck but this helped me a lot

[@fuseschool]

So glad it helped!

[@lottiekellaway6469]

so helpful thankyou

[@gulrehman8460]

In which one of the following pairs has the same number of ions a) 1mole of NaCl and 1 mole of MgCl2 b) 1/2 mole of NaCl and 1/2 mole of MgCl2 c) 1/2 mole of NaCl and 1/3 mole of MgCl2 d)1/3 mole of NaCl and 1/2 mole of MgCl2

[@learnwithlearner3543]

At last concept clear

[@krishagarwal5628]

Great teaching

[@fuseschool]

Thank you!

[@fathimashaanapc5894]

This really helped me out.thankss

[@fuseschool]

Glad it helped!

[@shalindigupta2204]

Thank you for explaining this concept 👍👍👍👍

[@fuseschool]

Happy to help!

[@triplehustler8331]

Oooo i love this teaching method .May god bless u .😊

[@fuseschool]

Thank you so much! ❤️

[@madvented5872]

Wow thank you this video really helped me understand more about the periodic table this is probably for high school but I am in fith grade and found this video very helpful.

[@remegiaorozco5079]

THIS IS A LIFE SAVER!!!!!! 🤯🤯🤯

[@joshalexer]

thanks I always wondered what ions were

[@andreuandreu6]

Good video

[@chairmanagario1708]

Really Helpful Thanks Alot!!!

[@fuseschool]

Great!

[@collinsdarkwa281]

amazing

[@kylejones7101]

+The Fuse School How do you know if the atom will lose or gain electrons? Is it if it has up to 3, in its outermost shell, that it loses? Thanks

[@fuseschool]

+Kyle Jonesta (Jonesta HD) It depends on how many electrons in its outer shell really. So Sodium only has 1 electron in its outer shell - so it takes less energy for the sodium to donate that 1 electron, than it does for it to accept 7 more electrons to fill its outer shell. Whereas Chlorine has 7 electrons in its outer shell, so it is more energy efficient for chlorine to gain an electron to complete its shell. Atoms with 4 valence electrons are more likely to form covalent bonds than ionic.

[@kylejones7101]

Thank you The Fuse School - Global Education

[@Charlie-hv3dh]

This video was so helpful, doing online schooling and the lesson plan they give us barely explains anything thats important!

[@fuseschool]

Glad you found the video useful!

[@kayseevazquez2284]

I remembered taking notes at my high school

[@aj5884]

Can ions be Neutral or can they only be positive and negative?

[@fuseschool]

"Atoms are neutral; they contain the same number of protons as electrons. By definition, an ion is an electrically charged particle produced by either removing electrons from a neutral atom to give a positive ion or adding electrons to a neutral atom to give a negative ion." by chemed.chem.purdue.edu

[@amna2574]

Omg finally I understand, thank you!

[@fuseschool]

Excellent! You're very welcome!

[@ColonelFanzipantzen]

Thank you Fuse, Very cool

[@fuseschool]

No problem!

[@deadpanacea]

Thx

[@Washingtonjopir]

Thank you

[@zaizai7546]

u saved my lyf !!!!!!!!!!

[@ryanjagpal8714]

How do you know if they lose or gain the electrons? There are so many different possibilities for the different groups

[@fuseschool]

Think of the electronic structure of the atoms. If there are only a few electrons on the outer shell (metallic elements) then they can be lost relatively easily so forming positive ions, eg Na+, Mg++, Al+++. If the outer shell is almost full (the reactive non-metallic elements) additional electrons can be attracted in making the ions negative, eg Cl-, S- -. The situation with 'compound' ions like sulfate or ammonium is more difficult. Generally, if the ion is made of non-metallic elements it will be negative, e.g. SO4- -, and this applies to transition elements too, like MnO4-, CrO4- -, but if made with hydrogen, such as NH4+ H3O+ then they tend to be positively charged.

[@demonetization6596]

If I want to get a stable charge, how many electrons should there be, is it always try to get 8 electrons or can I just get 4 electrons?

[@itzrabi1135]

It's very well known video about ions

[@souptopia]

Are noble gasses always stable? Can they become ions? (Sorry I just started chemistry a couple days ago lol)

[@arifraja237]

And your question's answer... An atom always seeks to have stable electronic configuration (E.C) i.e the octet or duplet (for Hydrogen and Helium) state, with its outermost shell complete. An atom forms an ion to achieve this state. For example: Sodium has 1 electron in its outermost shell (E.C = 2,81,), and Chlorine has 7 electrons in its outermost shell(E.C.= 2,8,7). So to achieve stable electronic configuration, Sodium donates 1 electron to Chlorine. So, the configuration become stable for both of them, i.e 2,8 for Sodium and 2,8,8 for Chlorine. Sodium forms a +ve ion because of greater number of protons and Chlorine forms a -ve ion because of greater number of electrons. They attract each other to form Sodium Chloride. This is called Ionic Chemical Bonding. But that's a different topic. So, for noble gases, they already have their outermost shells filled completely so they need not donate or accept any electrons. For example: Argon has atomic no 18 ,i.e E.C = 2,8,8. They are already stable. So, they don't need to form ions.

[@chickenrice5160]

Thanks so much this helped alot

[@kuneswarygonosegaram4637]

very useful

[@nithindcnithu923]

With which app you Edited this video

[@fuseschool]

After Effects

[@missluv989]

Nice edits

[@fuseschool]

Thanks!

[@jeevidhabalasubramaniam2341]

Awesome video... really a simple and more useful one...😄

[@fuseschool]

Thanks a lot 😊

[@mynameiscowareesh4968]

3:55 man said aluuuuuminum #british gang

[@hotlemongingerhoney]

Thank you so much. It's a very clear explanation

[@fuseschool]

You are welcome! Glad you liked it!

[@sayeddanial9651]

Perfectly defined

[@fuseschool]

Thanks!

[@dhruvgamingofficial7273]

Awesome video

[@fuseschool]

Thanks!

[@yashamumtahina]

Can u please make a video on Ionise? Please

[@mousehead2000]

Why isn't the chloride a 2- anion when it gained the two electrons from the calcium?

[@nerfednitin]

Nice 👍 keep up the great work it really helped me.....🙏🙏❤️👍

[@fuseschool]

Thank you! So glad it helped 🙌

[@gamingwithsanam9446]

Thanku 🙏💕

[@markedowl4023]

you made a mistake when you put in the argon atom it does not have a full outer shell, therefor the calcium ion and chloride ion do not equal the fake argon atom. please dont take this as an attack i just have ocd

[@huggs1838]

nice vid

[@fourqnouw6148]

PLZ teach me about where H2O is the most unstable and most Easily break it apart so i can harvest hydrogen and how do i do that

[@daniel_alex]

I asked my friend, “What is in the air?” He said “Oxygen,” And I said, “O...”

[@janecrudass]

Just spotted that your argon atom (at 2:50) does not have enough electrons.

[@fuseschool]

+janecrudass great spot - thank you for letting us know.

[@justagirl3719]

So we make them either gain or lose to make them even???

[@milasyt]

So wait, can someone answer this? Can atoms only become ions by either losing/gaining ALL their valence electrons or can they become ions with less than 8 electrons in their outer shell? Like could an Oxygen atom lose just 1 electron and become a +1 O ion with only 1 electron in its outer shell? Or does it have to lose ALL 2 electrons to become +2 O ion with 8 electrons in it's outer shell?

[@Ys-ko2co]

they have to have 8 or more electrons in their shell to become an ion

[@hannaebrahim4145]

this was extremely helpful! thank you

[@fuseschool]

Glad it was helpful!

[@mydailyfxtrades]

There is a missing electron in Argon’s Valence shell.