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## Surface Areas and Volume Formulas for Class 10 Maths Chapter 13

Are you looking for Surface Areas and Volume formulas for class 10 chapter 13? Today, we are going to share Surface Areas and Volume formulas for class 10 chapter 13 according to student requirements. You are not a single student who is searching Surface Areas and Volume formulas for class 10 chapter 13. According to me, thousands of students are searching Surface Areas and Volume formulas for class 10 chapter 13 per month. If you have any doubt or issue related to Surface Areas and Volume formulas then you can easily connect with through social media for discussion. Surface Areas and Volume formulas will very helpful to understand the concept and questions of the chapter Surface Areas and Volume. I would like to suggest you remember Surface Areas and Volume formulas for a whole life. It also helps you with higher studies.

Where, r: radius of cone. h:height of cone. s: slant height of the cone.

 $\ Surface\;area\;of\;Cube=6a^{2}$ $\ Volume\;of\;a\;cube=a^{3}$ Where, a is the side length of the cube. $\ Surface\;area\;of\;Cuboid = 2(lb + bh + hl)$ $\ Volume\;of\;a\;Cuboid = h \times l \times w$ Where, l: Height, h: Legth, w: Depth $\ Diameter\;of\;a\;sphere=2r$ $\ Circumference\;of\;a\;sphere=2\pi r$ $\ Surface\;area\;of\;a\;sphere=4\pi r^{2}$ $\ Volume\;of\;a\;sphere=\frac{4}{3}\: \pi r^{3}$ $\ Curved\;Surface\;area\;of\;a\;Hemisphere =4\pi r^{2}$ $\ Total\;Surface\;area\;of\;a\;Hemisphere =3\pi r^{2}$ $\ Volume\;of\;a\;Hemisphere =\frac{2}{3}\: \pi r^{3}$ Where, r: Radius $\ Curved\;Surface\;area\;of\;a\;Cylinder =2\pi rh$ $\ Total\;Surface\;area\;of\;a\;Cylinder =2\pi r(r+h)$ $\ Volume\;of\;a\;Cylinder = \pi r^{2} h$ Where, r: Radius, h: Height $\ Total\;Surface\;Area\;of\;cone=\pi r \left (s+r \right )$ Where, r: Radius $\ Vomule\;of\;cone=\frac {1}{3}\pi r^{2}h$ $\ Curved\;Surface\;Area\;of\;cone=\pi rs$

#### Summary of Surface Areas and Volume formulas

We have listed top important formulas for Surface Areas and Volume for class 10 chapter 13 which help support to solve questions related to the chapter Surface Areas and Volume. I would like to say that after remembering the Surface Areas and Volume formulas you can start the questions and answers solution of the Surface Areas and Volume chapter. If you faced any problem to find a solution of Surface Areas and Volume questions, please let me know through commenting or mail.