Given that the radius and volume of the cylinder are 2.6 cm, and 198 cm³
respectively, the height of the cylinder is approximately 9.3 cm.
<h3>How can the height of the cylinder be calculated?</h3>
Known parameters;
The shape of the soda can = A right cylinder
Radius of the can, r = 2.6 cm
Volume of the can, V = 198 cm³
Required:
The height of the can
Solution:
The height, <em>h</em>, of the can is found as follows;
V = π·r²·h
Which gives;

Therefore;

The height of the cylinder, h ≈<u> 9.3 cm</u>
Learn more about the volume of regular solids here:
brainly.com/question/13338580
In planar geometry<span>, an </span>angle<span> is the figure formed by two </span>rays<span>, called the </span>sides<span> of the angle, sharing a common endpoint, called the </span>vertex<span> of the angle.</span>
The answer to ya question is 12.88
Answer:
its 7
Step-by-step explanation:
it is pretty simple just try not to over think it
Answer:
181.8181818181...
Step-by-step explanation:
50 = 30 + 11X
X = 181.81818181...