Question 1 using the solution template provided One cubic meter of a cumulus contains 6.00x108 water drops, which have a radius of 1.10 x10m. How many cubic meters of water are in a cylindrical cumulus cloud of height 4.00x10 m andradius 3.0x10 m? Note: 1.00 cm 1.00 x10m; V spherer°; V cylinder =r?h.%3D-Answer:Fill in the blank by providing the final answer. In the box below please show how you found thefinal answer. Include the appropriate sketches.

Name: Question 1 using the solution template provided One cubic meter of a c
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Description: Question 1 using the solution template provided One cubic meter of a cumulus contains 6.00x108 water drops, which have a radius of 1.10 x10m. How many cubic meters of water are in a cylindrical cumulus cloud of height 4.00x10 m andradius 3.0x10 m? No

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College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question 1 using the solution template provided

One cubic meter of a cumulus contains 6.00x108 water drops, which have a radius of 1.10 x10
m. How many cubic meters of water are in a cylindrical cumulus cloud of height 4.00x10 m and
radius 3.0x10 m? Note: 1.00 cm 1.00 x10
m; V sphere
r°; V cylinder =
r?h.
%3D
-
Answer:
Fill in the blank by providing the final answer. In the box below please show how you found the
final answer. Include the appropriate sketches.

Expert Solution

Step 1

The given quantities are,

Step 2

The number (N) of the cubic meter of water in the cylindrical columns cloud is to determined. To determine it, first calculate the volumes of the n water drops and the cylindrical columns, respectively. And, find the ratio of the volumes of the cylindrical columns to the volumes of the water drops.

Consider the diagram of the cubic meter column and cylindrical columns cloud.

Step 3

The volume of the n water drops, that is, the volume of water drops in the column of 1 m³, can be calculated as,

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