In the picture below, determine how many atoms with a radius of 37pm can fit into a 1.00" box.Canvas does not work well with scientific notation, so you should enter your number as a regularnumber (you might have lots of zeros, hint, hint). So if you found the answer was 6.36x106 atoms,then you would write 6360000.Hint: Do this as a conversion and start with 1.00 inch as your starting number. This problem seemsmuch more complicated, but it is the same problem you have been doing, you just need to make theunits match!r=37pm1.00"

Given: The radius of the hydrogen atom is 37 pm. To find: Number of atoms

In the picture below, determine how many atoms with a radius of 37pm can fit into a 1.00" box. Canvas does not work well with scientific notation, so you should enter your number as a regular number (you might have lots of zeros, hint, hint). So if you found the answer was 6.36x10° atoms, then you would write 6360000. Hint: Do this as a conversion and start with 1.00 inch as your starting number. This problem seems much more complicated, but it is the same problem you have been doing, you just need to make the units match! r=37pm 1.00"

In the picture below, determine how many atoms with a radius of 37pm can fit into a 1.00" box. Canvas does not work well with scientific notation, so you should enter your number as a regular number (you might have lots of zeros, hint, hint). So if you found the answer was 6.36x10° atoms, then you would write 6360000. Hint: Do this as a conversion and start with 1.00 inch as your starting number. This problem seems much more complicated, but it is the same problem you have been doing, you just need to make the units match! r=37pm 1.00"

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter1: The Nature Of Chemistry

Section: Chapter Questions

Problem 63QRT: Name and give symbols for three transition metals in the fourth period. Look up each of your choices...

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