Ungrouped Data: When a data collection is vast, a frequency distribution table is frequently used to arrange the data. A frequency distribution table provides the...
Ungrouped Data: Know Formulas, Definition, & Applications
December 11, 2024Access Personalised Learning With Embibe Simple!
Download the Learning Outcomes App Today
Ungrouped Data: Know Formulas, Definition, & Applications
December 11, 2024Successive Differentiation: Leibnitz Theorem, Formulas, Examples
December 11, 2024Factorisation by Splitting the Middle Term With Examples
December 11, 2024Volumetric Calculations: Introduction, Terms, Titration
December 11, 2024Water Structure and Properties: Hydrogen Bonding, Dipole Moment
December 11, 2024Applications of Chemistry: Introduction, Uses, and Scope
December 10, 2024Non-Standard Units For the Measurement of Length
December 9, 2024Conservation of Water: Methods, Ways, Facts, Uses, Importance
December 9, 2024BODMAS Fractions Explanation – Solved Examples
December 8, 2024Moment of Inertia: Definition, Applications, Equation, Unit, Solved Examples
December 8, 2024Volume of cone formula: The volume of a cone is the amount of space it takes up. It is one of the most important geometrical figures in three dimensions. The base of a cone is circular, and it tapers down smoothly to a point known as the apex or vertex. A cone is made up of a series of line segments that link to a common point, as we all know. The line segments in a cone do not cross the circular base. The right circular cone and the oblique cone are the two forms of cones.
Cones can be found in our everyday lives in the form of ice cream cones, party hats, funnels, and other items. Students are taught the notion of a cone from an early stage in order to answer a variety of math problems. Continue reading to learn about the concept, formula, and examples that have been solved.
The volume of a cone is determined by the amount of space occupied by the cone. As you know, it is a three-dimensional structure formed by a set of line segments or lines that narrows down to a point known as the apex or vertex. The distance from the point to the base is called the height of the cone.
Let us check the types and properties of cones for a better understanding of the concept.
There are two types of cones, namely, right circular cone and oblique cone.
Right Circular Cone: It has a circular base and the axis from the vertex of the cone passes through the centre of the base. It forms a right angle perpendicular to the base.
Oblique Cone: The axis from the vertex does not directly pass through the centre of the base. The cone is not perpendicular to the base. Hence, it is called an oblique cone. It looks like a slanted or tilted cone.
Some of the properties of the cone are as follows:
Check – Volume of Hemisphere
The volume of cone is calculated based on the radius of its circular base, r and height from the apex to the base, h. Please find the volume of cone formula explained below:
Volume of cone = 1/3 x Area of Base x Height of the Cone
Volume (V) = ⅓ πr2h cubic units |
Where V is the volume, r is the radius, and h is the height.
Check out some of the solved examples on the volume of cone formula example below:
Example 1: Find the volume of cone, if the radius is 6 cm and the height is 8 cm.
Solution: Given, r= 6 cm and h= 8 cm
V = ⅓ πr2h
V = (⅓) × (3.14) × 62 × 8
V = 301.44 cubic cm
Example 2: Find the volume of cone, if the radius is 12 cm and the height is 15 cm.
Solution: Given, r= 12 cm and h= 15 cm
V = ⅓ π Given, height (h) of cone = 15 cm Let the radius of the cone be r. Volume of cone = 1570 cm3 ⇒ 1 3 πr2h = 1570 cm3 ⇒ �1 3 × 3.14 × r2 × 15� cm = 1570 cm3 ⇒ r2 = 100 cm2 ⇒ r = 10 cm Hence, the diameter of the base of cone is 10 × 2 = 20 cm h
V = (⅓) × (3.14) × 122 × 15
V = 2260.8 cubic cm
Some of the FAQs on the volume of cone formula are given below:
Q1. What are the types of cones?
Ans. The two types of cones are the right circular cone and oblique cone.
Q2. What are some real-life examples of cones?
Ans. Some real-life examples of cones are ice cream cones, party hats, funnels, etc.
Q3. What is the volume of cone formula?
Ans. The volume of a cone is equal to one-third of the area of the base multiplied by its height, i.e., Volume (V) = ⅓ πr2h cubic units
Q4. What is volume of cone?
Ans. The volume of cone is the amount of space occupied by the cone.
Q5. What is the volume of cone formula in terms of pi?
Ans. The volume of cone formula in terms of pi is ⅓ πr2h.
People are also searching for:
Now you have been provided with detailed information on the volume of cone formula. Students preparing for exams can go through this article. Also, check CBSE NCERT solutions for Class 9 Maths Chapter 13 (Surface Areas and Volumes) PDF for better understanding. Take mock tests at Embibe for effective preparation.
If you have any doubts regarding the volume of cone formula in terms of pi, you can drop your comments below. We will get back to you at the earliest. Please stay tuned to Embibe for more such content.
Ungrouped Data: When a data collection is vast, a frequency distribution table is frequently used to arrange the data. A frequency distribution table provides the...
Successive differentiation: The higher-order differential coefficients are of utmost importance in scientific and engineering applications. Let \(y=f(x)\) be a function of \(x.\) Then the result...
Factorization by Splitting the Middle Term: The method of Splitting the Middle Term by factorization is where you divide the middle term into two factors....
Volumetric Calculations: Do you know how soap is manufactured? The manufacture of soap requires a particular number known as the saponification number. It is the...
Water: One of the most significant oxides of hydrogen is water. The speciality of water is that most life forms on Earth cannot survive without...
Applications of Chemistry: Have you ever thought about what we gain by studying all of these elements, compounds & Applications of Chemistry? Chemistry is the...
Non-Standard Units of Length: The measuring system is the collection of units of measurement and the rules that link them together. There are various ways...
Conservation of water: Water covers three-quarters of our world, but only a tiny portion of it is drinkable, as we all know. As a result,...
BODMAS fractions: The \(BODMAS\) rule is the order of operations to be followed while solving mathematical problems. \(B\) stands for brackets, \(O\) is for order...
Moment of Inertia: Have students ever thought about why the door handles are attached far away from the hinged point? Have you ever experienced that...
Compound Interest Formula: Compound interest is defined as the interest on a certain sum or amount, where the interest gets accrued successively for every year...
The ammonia formula is commonly known as the nitrogen trihydride formula or the azane formula. The formula for ammonia is \(NH3\). The molecular formula is derived from...
If you have been to a grocery shop, you must have noticed most of the food products directly or indirectly are procured from plants. Plants...
Shortest Distance Between Two Lines: The meaning of distance between two lines is how far the lines are located from each other. A line is...
Economic Importance of Bacteria: The human relationship with bacteria is quite fascinating. Many bacteria are considered to be hazardous. A specific type of bacteria causes...
CGPA to Percentage: The average grade point of a student is calculated using their cumulative grades across all subjects, omitting any supplemental coursework. Many colleges,...
The Breath of Life - Air: Air is one of the most important life-supporting factors of the environment and can be termed “the breath of...
Lymphoid Organs: Do you know what our immune system is made up of? Can you name one organ or a body part that protects our...
Respiratory Organs in Animals: What is respiration? Respiration is one of the life processes, which involves the oxidation of food in the cells. Respiration involves...
Forest Ecosystem: The terrestrial system in which living things such as trees, insects, animals, and people interact is referred to as a forest ecosystem. It...
Adaptive Radiation: Organisms that are present around our surroundings; all of them share a common ancestor. The ancestors diverged into different organisms with little unique...
Agricultural Practices: Food is a major requirement for all species to exist. But have you ever wondered how the food is grown? These all happen...
Non-living things: We live on a planet made up of living and non-living things. While living things are defined as things that have life, anything...
1 Million Means: 1 million in numerical is represented as 10,00,000. The Indian equivalent of a million is ten lakh rupees. It is not a...
Practice Volume of Cone Questions with Hints & Solutions
Create Free Account