History, asked by jasperfernandezf, 3 months ago

A water container is 10cm long, 15cm wide and 13cm deep.

Find the volume of the container
please do it fast.

Answers

Answered by naitikag8445
0

Answer:

volume=length*breadth*height

=>volume=(10×15×13)cm3

=1950 cm3

hope this will help you

Answered by INSIDI0US
4

Explanation:

Question :-

  • A water container is 10 cm long, 15 cm wide, and 13 cm deep. Find the volume of the container.

To Find :-

  • Volume of container.

Solution :-

Given :

  • Length = 10 cm
  • Breadth = 15 cm
  • Height = 13 cm

By using the formula,

{\sf{\longrightarrow Volume\ of\ cuboid\ =\ l \times b \times h}}

Where,

  • l = length
  • b = breadth
  • h = height

According to the question, by using the formula, we get :

{\sf{\longrightarrow Volume\ of\ cuboid\ =\ l \times b \times h}}

{\sf{\longrightarrow 10 \times 15 \times 13}}

{\sf{\longrightarrow 1,950\ cm^3}}

\therefore Hence, volume of cuboid is 1,950 cm³.

More To Know :-

\begin{array}{|c|c|c|}\cline{1-3}\bf Shape&\bf Volume\ formula&\bf Surface\ area formula\\\cline{1-3}\sf Cube&\tt l^3}&\tt 6l^2\\\cline{1-3}\sf Cuboid&\tt lbh&\tt 2(lb+bh+lh)\\\cline{1-3}\sf Cylinder&\tt {\pi}r^2h&\tt 2\pi{r}(r+h)\\\cline{1-3}\sf Hollow\ cylinder&\tt \pi{h}(R^2-r^2)&\tt 2\pi{rh}+2\pi{Rh}+2\pi(R^2-r^2)\\\cline{1-3}\sf Cone&\tt 1/3\ \pi{r^2}h&\tt \pi{r}(r+s)\\\cline{1-3}\sf Sphere&\tt 4/3\ \pi{r}^3&\tt 4\pi{r}^2\\\cline{1-3}\sf Hemisphere&\tt 2/3\ \pi{r^3}&\tt 3\pi{r}^2\\\cline{1-3}\end{array}

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