Math Problem Statement
Solution
The task in the image asks to rewrite numbers in scientific notation. Let's go through each item and convert them to scientific notation, step by step.
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Altitude of summit of Mt. Ka'ala: 4020 ft
To convert 4020 into scientific notation:
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Altitude of summit of Mauna Kea: 13,796 ft
To convert 13,796 into scientific notation:
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Thickness of a human hair: 0.015 cm
To convert 0.015 into scientific notation:
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Wavelength of reddish light: 0.0000007 m
To convert 0.0000007 into scientific notation:
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Height of your instructor: 180 cm
To convert 180 into scientific notation:
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Number of galaxies in the universe: 1 trillion galaxies
1 trillion equals :
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Age of the universe in seconds: 430,000,000,000,000,000,000 s
To convert this number into scientific notation:
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Volume of a H₂ atom: 0.000 000 000 000 000 000 000 000 000 000 000 000 000 621 cm³
This is a very small number, and converting it to scientific notation gives:
Would you like further explanation on any of these conversions or additional details on scientific notation?
Relative Questions:
- How would you convert a larger number like 25,000,000 to scientific notation?
- Can you explain why negative exponents are used for small decimal numbers?
- What does it mean when the exponent is positive in scientific notation?
- How does scientific notation help in fields like astronomy?
- How would you express a number like 0.000456 in scientific notation?
Tip: Scientific notation is extremely useful for handling very large or very small numbers, as it allows easier readability and comparison across scales.
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Math Problem Analysis
Mathematical Concepts
Scientific Notation
Powers of 10
Measurement Units
Formulas
Scientific Notation: N × 10^m, where 1 ≤ N < 10 and m is an integer.
Theorems
Positive exponents are used for large numbers.
Negative exponents are used for small decimal numbers.
Suitable Grade Level
Grades 9-12
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