Supreme Wisdom
Problem Book
Problem #7
7. If one one-hundredth of a cubic inch contains two hundred million Atoms, the total Atmosphere weighs eleven and two-thirds quintillion pounds. One-third of eleven and two-thirds quintillion pounds equal Atoms. Mr. Muhammad cracked one Atom into ten million parts. Then Mr. Sharrieff wants to know how much the one-third of a cracked Atom weighs?
Problem 7 involves complex calculations involving weights and atoms. Let's break it down step-by-step:
Step 1:
Weight of the Total Atmosphere
- Total weight of the atmosphere:
11 and 2/3 quintillion pounds
- In decimal form: 11.6667
quintillion pounds
Step 2:
One-third of the Total Weight
- One-third of the total weight:
11.66673=3.8889 quintillion pounds\frac{11.6667}{3}
= 3.8889 \text{ quintillion pounds}
Step 3:
Weight of a Cracked Atom
- Mr. Muhammad cracked one atom
into 10 million parts
- One-third of a cracked atom’s
weight:
3.8889 quintillion pounds10,000,000\frac{3.8889
\text{ quintillion pounds}}{10,000,000}
Calculation:
3.8889 quintillion pounds=3.8889×1018 pounds3.8889
\text{ quintillion pounds} = 3.8889 \times 10^{18} \text{ pounds}
3.8889×101810,000,000=3.8889×1011 pounds\frac{3.8889
\times 10^{18}}{10,000,000} = 3.8889 \times 10^{11} \text{ pounds}
So, one-third of a cracked atom weighs approximately 3.8889 × 10^{11} pounds.
Order of Melchizedek
The Receive, Collect, Protect, Preserve and Distribute the Divine Supreme Wisdom
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