What is the Volume of a Cone? - [8-8-9]

Have you ever wondered how to find the volume of a cone? In this video, we will provide a clear and easy-to-follow explanation of the concept of cone volume. We will begin by introducing the basic formula for calculating the volume of a cone and breaking it down into its component parts.
Next, we will use real-life examples and visuals to demonstrate how to measure and calculate the volume of a cone. We will explore the relationship between the height and radius of a cone and how they impact the volume of the cone. We will also explain how to convert the measurements to the appropriate units of measurement.
We will provide step-by-step instructions on how to apply the formula to solve for the volume of a cone, and we will demonstrate some common applications of this formula in the real world. By the end of this video, you will have a clear understanding of the volume of a cone and the skills to calculate it for yourself.
View more lessons: www.MathAndScience.com

[@kemjoseph2583]

You're the best math youtube teacher hands down

[@ottofrank3445]

Mr. Jason is sent from another planet. He is so unique, unbelievably talented, completely out of this world. Thank you so much. You are doing an amazing thing for the humanity and I do really mean it.

[@MathAndScience]

Very thankful for your comment!

[@vanderpoolfarmsl.l.c.9983]

Excellent instruction. Thank you!

[@aerialrescuesolutions3277]

Excellent instruction once again, thank you.

[@vumanivever9833]

What a good teacher 🙊you make things easy thank you so much sir🤝

[@jaysolanki9573]

Thank you Sir 🙏

[@ben4735]

You are great.

[@user-br2gn7xw4k]

Thank you ❤❤

[@medanitlemma8507]

Tanks teacher!!!

[@thatomofolo452]

Thanks Sir 🤝🤝💯

[@abdisalanmohamed1564]

You are a very good teacher. After that, we have many lessons and we are with you in spreading the word.

[@MathAndScience]

Thank you!

[@tresajessygeorge210]

THANK YOU... SIR...!!!
It was easy...!!!

[@MathAndScience]

Most welcome!

[@obijosephine5380]

And I love your explanation they are all on fire 🔥🔥😂😂❤❤

[@drumtwo4seven]

Nice 👍

[@helenakassa1615]

you are the beast teacher thank you for everting.

[@davekirk100]

What if the apex isn't central above the circular base? Is it the same formula, like an obtuse angled triangle

[@vanderpoolfarmsl.l.c.9983]

A very practical lesson would be to find the volume of cones that have some amount of area on the small end. IE a cone with 4cm base and 1cm tip.

[@kenteltongaid1952]

What to do if it has a remainder when dividing ?

[@buiminhmusic2935]

I like the way explain 1/3 is great to learner easy the standing. I am Vietnamese to learn math by English, because i can not find good teacher like you in CZcams. Thank you alots. But why r2?

[@simpleman283]

I wonder if tippy top could be relabeled as Apex.

[@edcammarata6430]

Can u next do the area of a cone

[@edcammarata6430]

Thank you ! Nicely done

[@jjsmallpiece9234]

The formula only works with the vertical height of the cone. If given the slope height of the cone, you have to work out the vertical height by solving the trigonometry of the triangle to find the vertical height.

[@racquelsabesaje4562]

v=1/3(3.14)(4 squared)(8)

[@adisuhaile2121]

save me!!!! thank you!!!!!

[@racquelsabesaje4562]

v=17.1 remainder 6 round off to the nearest hundredths

[@obijosephine5380]

How did the one third come about

[@racquelsabesaje4562]

v=56.52 mm cube 3

[@keith_231]

16.746 or 17.746???
At 6:20

[@racquelsabesaje4562]

v=1/3(3.14)(128)

[@racquelsabesaje4562]

376.8 mm cube 3=1/3(3.14)(36)h

[@racquelsabesaje4562]

volume=376.8 mm cube 3

[@racquelsabesaje4562]

376.8 mm cube 3=1/3.68.04/1 h

[@racquelsabesaje4562]

376.8 mm cube 3/22.68=h

[@racquelsabesaje4562]

376.8 mm cube 3=1/3(68.04)h

[@racquelsabesaje4562]

v=130.31 remainder 1 cubic meters

[@racquelsabesaje4562]

v=1/3(3.14)(16)(8)

[@racquelsabesaje4562]

v=7.32 remainder 2

[@racquelsabesaje4562]

v=130.31 remainder 1

[@racquelsabesaje4562]

v=1/3(3.14)(54)

[@racquelsabesaje4562]

v=1/3(3.14)(6 squared) h

[@racquelsabesaje4562]

376.8 mm cube 3 =68.04/3 h

[@racquelsabesaje4562]

v=130.31 remainder m cube 3

[@racquelsabesaje4562]

v=1/3(3.14)(9)(6)

[@racquelsabesaje4562]

v=1/3(3.14)(36)h

[@racquelsabesaje4562]

v=1/3(169.56)

[@user-tc5qd4kd1d]

Bro looks like Phil swift😂

[@racquelsabesaje4562]

v=1/3(392.94)

[@sammin5764]

🌟🌟🌟🌟🌟🌷

[@racquelsabesaje4562]

v=1/3.169.56/1

[@racquelsabesaje4562]

v=7.32 cubic centimeters

[@racquelsabesaje4562]

376.8 mm cube 3=22.68 h

[@racquelsabesaje4562]

v=1/3.392.94/1

[@racquelsabesaje4562]

v=169.56/3

[@racquelsabesaje4562]

v=1/3 pi r squared h

[@racquelsabesaje4562]

h=17 m

[@matthewhunter2443]

Fun fact: there are no visual or geometric proofs that explain WHY the volume of a cone is 1/3 the volume of a cylinder without bringing in calculus or by saying “because I said it was 1/3”

[@chloegarcia7271]

In philippines grade 6 students learn how to calculate volume

[@racquelsabesaje4562]

v=1/3pi r squared h

[@makaylahollywood3677]

Isn't it 16.746 cm cubed? Why is the answer 17.746, you started with 16.746. What did i miss? Thanks!

[@racquelsabesaje4562]

v=56.52 cubic millimeters

[@racquelsabesaje4562]

v=56.52

[@hemrajue3434]

If the formula is true,3 cone icecream should fill the cylinder of same radius.

[@racquelsabesaje4562]

find the x height

[@chindodawg]

i dont understand why it has to be upside down icecream cone

[@racquelsabesaje4562]

hahahaha

[@thephilosophyofhorror]

First proven by the great Archimedes :)

[@racquelsabesaje4562]

v=1/3(3.14)(3 squared)(6)

[@racquelsabesaje4562]

v=7.32 cm cube 3

[@racquelsabesaje4562]

v=1/3 pi r squared h