Practice | Hashtable

Home > Practice > Arithmetic Aptitude > Volume and Surface Area > Miscellaneous

1. The diameter of the base of a cylindrical drum is 35 dm and the height is 24 dm. It is full of kerosene. How many tins each of size 25 cm × 22 cm × 35 cm can be filled with kerosene from the drum ?

A. 120

B. 600

C. 1020

D. 1200

Solution:

\begin{aligned} Number of tins \\ = \frac{Voulme of the drum}{Volume of each tin} \\ = \frac{(\frac{22}{7} \times \frac{35}{2} \times \frac{35}{2} \times 24)}{(\frac{25}{10} \times \frac{22}{10} \times \frac{35}{10})} \\ = 1200 \end{aligned}

You must login to add comments. Login now.