How To Calculate Density - With Examples

[@byronhtx]

I was obviously not listening in class if it was that simple.

[@j-hopessprite5256]

Same I wasn't paying attention and now I am here

[@NextLevel954]

Yup me too

[@quackson3018]

Same xD

[@fatherman1233]

Facts

[@perlaaagg]

no lol u should always listen

[@hannahbun4823]

You make it very straightforward, thank you!

[@bekalugebretsadik4937]

ikr

[@leylandpharmacy5512]

i agree

[@rydelcalvin5005]

Thank you so much! This actually helped, I had a exam and I passed it!!! Thank you, God bless😊

[@TheBoringVoice]

I am glad it helped! This is how I wish it was explained to me.

[@Lovli4]

my 60s exam was yesterday this vid legit helped me get 15 marks on this subject and I got a 60 out of 60 bc of this man

[@TheBoringVoice]

Excellent

[@quackson3018]

Thanks for explaining this better than my teacher

[@TheBoringVoice]

Happy to help

[@michaelatagamen1751]

Lol

[@m0on957]

My brain in my Physics session went %12-3-(-07 x2 - 472) when it was really just division.

[@claybowman3185]

Thank you So much for Updating the Video. It is Perfect to help me with my at home class! AND your voice is NOT boring !

[@TheBoringVoice]

Glad to help and not be boring!

[@Solen108]

this helped a little borng but thank you for helping also almost at 2k subs gg

[@luabeysam4066]

sorry to say but his voice is boring ,but it helps a 😎lot

[@Raid3rX.]

Your speaking English but while I’m watching the video it seems 93% of the video is an undiscovered alien language ;-;

[@ejbaddie2950]

Nahhh bruh

[@Re5n0]

Ye

[@mariabergin3352]

Fr

[@smcool0514]

Skill issue

[@Kiyu_0325]

That’s just you lol

[@itsmeyowat9478]

Thanks this really helped :)

[@meat-n-bones0]

Yap●-●👍💕

[@randominiess]

Watching it to pass exam

[@GhanishtaNakey]

Same 😂

[@itsnia6030]

Thank you 😅 I love how this channel is called “the boring voice” 😂

[@TheBoringVoice]

Welcome to my boring corner of the internet.

[@까치-c2i]

YERY GOOD VIDEO! THIS VIDEO TEACH ME SCIENCE!THANK YOU,VIDEO CREATOR!

[@whatsupmen100]

Would the solutions combined in a container make for a new overall density? Would this work for making a density gradient?

[@TheBoringVoice]

A gradient will occur between substances of different densities.

[@nystrim]

Quick question how would I calculate density with only knowing one of each like only knowing volume or only knowing mass and or only knowing how much there is (ml)

[@OxygenThief721]

Cant help you there bud.

[@ALT3REDB3AST]

You need mass and volume. With only one variable you need more information.

[@certifiedsenpai1777]

ur hurting ma brain dude

[@poopoop3561]

impossible if they ask in a question they will give a way to get the missing piece but ul have to find it on ur own

[@4ivan211]

If you had only the volume, you could measure the mass of the beaker (empty) then add the substance and measure the beaker with substance, so you can subtract the mass of the beaker with the substance and the mass of the beaker to get the mass of the liquid. So you know have the mass, lets consider you didnt have the volume, you can see on the beaker, its written.

[@gerarddonovan4145]

Excellent explaination

[@Ans-p6r]

Thank you this was very helpful 🙏🏾much appreciated ❤

[@m.a8231]

THANKS IT´S REALLY HELP 🙌

[@jimboybuy8549]

My prof. make it so complicated. It is so easy!

[@Sunnyuyy]

Alright time to remember what i learned in school before school year

[@까치-c2i]

AMAZING SCIENCE VIDEO!

[@oluwabukolaaboaba209]

How do you solve a rectangular block of

[@TheBoringVoice]

See my video about density of solids - th-cam.com/video/k936UAB5UZ8/w-d-xo.html

[@OMNI_GAMING69]

Thank you ❤️❤️

[@greenzprout]

now that was easy to understand! thank you:))

[@rayan1950_]

best video ever . I’m ready for my test Tomorrow 🧏‍♀️

[@Hirumoni1234]

Thank you so much for your help 😄

[@swetashah9442]

Thanks helped me a lot

[@moimii1]

wait this actually help me so much tysm 🙏🙏

[@TheBoringVoice]

Great!

[@muneerlangril1373]

thanks

[@henry197]

Thanks it really helped

[@devrajenugandhula1438]

Good explained

[@jakewiggins8071]

why did you subtract the beakers weight and the beakersweight with the corn syrup but not with the water or oil with the beakersweight?

[@TheBoringVoice]

The beakers weight was subtracted with the water and oil. I used the tare function of the scale to subtract out the weight of the beaker. See 2:02 .

[@aquibshaikh6512]

Thanks from india "SHUKRIYA"

[@Noah-Myia]

WOW this really helped! Thanks!!!! (March 5th 2024)....

[@emadahmad605]

very good ... thank you my teacher

[@TheBoringVoice]

You are welcome

[@mr_pawar_3]

Thank yoy so much❤

[@Roblox-Arsenal-mj6df]

thanks so much this helped alot

[@MetalBat-of9tc]

how did u divide 19/20 ? and plus ty for the summary

[@TheBoringVoice]

I used division to divide. Write out the long division form if you want to understand how it works.

[@yogitasaini7745]

2:00 Your division section is wrong
It should be
27g÷20ml
=1.35 g/ml

[@TheBoringVoice]

See the note in the corner about significant figures.

[@alvar8042]

Does it matter if it’s g/ml or ml/g

[@TheBoringVoice]

It makes a significant difference.

[@fastdawgxspeedy2345]

[@userxsjksls]

HOW DID YOU DO THAT

[@nourelbaz827]

Thank you very much

[@thekraken535]

How are you converting mL to Gs?

[@TheBoringVoice]

It is not being converted. Units are treated as parts of the fraction and carried with the math.

[@rvseslove6990]

I'm confused so how do the unites work then? Like if you have 95g for the V and you have 95g for M is that just grams for the density answer or is it Grams cubes?

[@TheBoringVoice]

Grams are a mass unit not a volume unit. Grams for mass and mL for volume.

[@mathiasmwingira6951]

🎹🎹🎹

[@lauracw_24]

thank you SO much

[@突击手恐龙官方频道]

THANK U SO MUCH

[@bigd4535]

Do u always have to round after u have found the answer?

[@TheBoringVoice]

It depends on the numbers that are used in the equation in the beginning. There frequently will be rounding.

[@pravamshumishra2629]

This video is exactly the same as the other one but more clear?

[@TheBoringVoice]

Yes. There was an error in one of the graphics of the old video and this was an update to fix.

[@TooLazyFor_A_Name]

thank youuuuu

[@sachinkaushik2233]

How to conver k/cm^3

[@leylandpharmacy5512]

nice

[@NoLongerTheCEO]

I feel like he's falling asleep by listening to his own voice.

[@perlaaagg]

thank u❤️❤️

[@eskor1.7]

Science class anyone?

[@that_one_ash_tree]

no im in english class and learning this...OF COURSE WE'RE IN SCIENCE CLASS!

[@chass53]

Isn’t this the same as archimedes principle?

[@TheBoringVoice]

The archimedes principle deal more with buoyancy, but the topics are related as they deal with a mass/volume relationship.

[@jonathanmoflori4915]

Vey helpful thanks 🙏 !

[@lovoxd9799]

bro me dule la cabesa no etiendo

[@bahlakoanaramasike4648]

Can you write the final answer in fraction form?

[@TheBoringVoice]

Yes, if you needed to. It would be in the form of amount of mass/1 unit of volume.

[@Be_happy.435]

How did u get the 75g?

[@TheBoringVoice]

I used a scale.

[@itsrllyella]

3:17 i did that at school!

[@vasudhavasu7911]

Thanku sir

[@verolsakala-jn1us]

this is cool 😲😲😲

[@verolsakala-jn1us]

thanks for making at forward ☺☺

[@gabeflores4553]

very great

[@Tirzaaaaaaaaaaatje]

Thank you, I’m probably still going to fail but Mabel it’s a bit better

[@KendraWilloughby-ob2ny]

your speaking English but while I'm watching the video it seems 93% of the video is an undiscovered alien language ant and dec

[@Re5n0]

But how do I tell if I have to multiply or divide 😭

[@TheBoringVoice]

You don't. The answer is in the equation. Input the variables that you have in the standard formula, then proceed accordingly. Got mass and volume, great, just divide like written.

[@Re5n0]

@@TheBoringVoice oh ok thanks

[@Fortnite0sweaty.]

Sorry but The music is cringe 💀 , but this helps 11/10

[@makaylakeogh6820]

What
is the mass of 300 ml of a liquid with a density of 2.3 g/ml?

[@TheBoringVoice]

That is an easy math problem to solve. Given two out of 3 variables, any of the factors can be found. In this case - 690g.

[@dragon360animates8]

@Jide Midnight lol

[@User-0jifs34wuie2]

You called that density right?

[@koketsoshika-dc9hk]

Is the One

[@midnightdoggiegirl3348]

I have a quick question r u talking?

[@dyarjano748]

just give me the reason why u taked 20 ml of water
if u taking more than 20 ml will so the density of water will not equal to 1

[@TheBoringVoice]

Adding more volume, will not change the density calculation.

[@dyarjano748]

@@TheBoringVoice thank u so much for advising me, i have another question do u have ability to produce sodium hydroxde from water and salt(NaOH) please help me for that question

[@amazingango9103]

@@dyarjano748 im not smart or anything, but how does sodium hydroxide go to sodium hydroxide + water?

[@ainmoknown]

Can someone dumb this down even more for me PLEASE 😭

[@TheBoringVoice]

Maybe watch the one on solids.

[@JS-COASTAL-CAMPING]

he sounds like kermit the frog and that's sick

[@MbaliZulu-i2w]

❤😊

[@Luke_DaBeanMan]

i love you

[@johncraigbohman3665]

Hi mrs pate

[@sahlaisasahlaisa1729]

Density nnookkaaa

[@jane09644]

Thanks sir boring voice ❤️😂

[@ngohlucy5899]

🖐️

[@Popunkwillneverdie]

Weakness a dense donut 😂

[@TheBoringVoice]

haha

[@Popunkwillneverdie]

👀 😅

[@RagniSisodia-x9j]

🎉🎉

[@ChefKevinRiese]

Actually 27 divided by 20 = 1.35! Back to the drawing board!

[@TheBoringVoice]

If you look at 1:35 you will see a note indicating that. That answer written is correct as it accounts for significant figures when rounding.

[@codyatmb2gamer972]

I made an f 🤒📝😣

[@Loveloverlover]

Am about to get my F soon😢

[@Popunkwillneverdie]

It's not rocket science 😅

[@TheBoringVoice]

If it was, I'd be a rocket scientist.

[@whoskai538]

This video didn’t help at all

[@TheBoringVoice]

Try paying attention.

[@that_one_ash_tree]

lmfao

[@muradrahman1101]

I HATE This S OO M U C H

[@olddannyboy1973]

Show your work. No child is going to understand this.

[@TheBoringVoice]

What work didn't I show? I am expecting a base level math skills on the subject as it's it's made for 9th grade and above.

[@talkswithpk9076]

Thanks

[@kiyreenicolee]

Thanks

[@tokenchaser4447]

Thanks

[@achyutjagdhane9683]

thanks