❖ <u>Information provided with us </u>❖
- ➪ Internal diameter of hemispherical bowl
- ➪ Internal radius of hemispherical bowl
➪ Height of cylindrical bottle
➪ Diameter of cylindrical bottle
➪ Radius of cylindrical bottle
❖ <u>What we have to find</u> ❖
➪ The required number of bottles necessary to empty the bowl.
<h2>✞︎
<u>Solution</u> ✞︎</h2>
<h3>❒
<u>Concept used</u> ❒</h3>
➪ In order to number of bottles necessary to empty the bowl take ,
Volume of water in bowl =
<h3>❒
<u>Assumption</u> ❒</h3>
- ➪ Consider the number of bottles be
<h3>❒
<u>So</u> ❒</h3>
➪ By substituting the given values in above formula
<h3>❒
<u>Therefore</u> ❒</h3>
➪ The required number of bottles necessary to empty the bowl is