Paul Morris Solutions for Chapter: How Big is Everything?, Exercise 10: SOME SUMMATIVE PROBLEMS TO TRY
Paul Morris Physics Solutions for Exercise - Paul Morris Solutions for Chapter: How Big is Everything?, Exercise 10: SOME SUMMATIVE PROBLEMS TO TRY
Attempt the practice questions on Chapter 1: How Big is Everything?, Exercise 10: SOME SUMMATIVE PROBLEMS TO TRY with hints and solutions to strengthen your understanding. MYP By Concept 4&5 Physics solutions are prepared by Experienced Embibe Experts.
Questions from Paul Morris Solutions for Chapter: How Big is Everything?, Exercise 10: SOME SUMMATIVE PROBLEMS TO TRY with Hints & Solutions
Using the data you know, complete the table given below:
Object | Diameter |
Nucleus | |
Atom | |
Sun | |
Solar System | |
Edge of milky way Galaxy |

Estimate how many atoms can fit, end to end, in a piece of material long.

Estimate the number of atoms in a sphere of radius of .

Compare the physical properties of diamond and graphite.

Explain the differences in the physical properties of diamond and that of graphite in terms of the arrangements of the atoms.

Artists use pencils with graphite normally. If a pencil line is thick, calculate how many layers of graphite are there on the paper. (Assume the paper to be )
