Finding isotope mass or natural abundance from atomic mass There are only two naturally-occuring stable isotopes of copper, the masses of which are listed in the table below. Use whatever data you need from the ALEKS Periodic Table to calculate the natural abundance of each isotope and complete the table. Round your entry for 63 Cu to 4 significant digits and your entry for 65 Cu to 4 significant digits. isotope 63 Cu 65 Cu mass (amu) 62.930 64.928 natural abundance 0% 0% 0/5 X

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# Finding Isotope Mass or Natural Abundance from Atomic Mass

There are only two naturally-occurring stable isotopes of copper, the masses of which are listed in the table below. Use whatever data you need from the ALEKS Periodic Table to calculate the natural abundance of each isotope and complete the table.

**Round your entry for \(^{63}\text{Cu}\) to 4 significant digits and your entry for \(^{65}\text{Cu}\) to 4 significant digits.**

| Isotope  | Mass (amu) | Natural Abundance |
|----------|------------|-------------------|
| \(^{63}\text{Cu}\) | 62.930     |                   |
| \(^{65}\text{Cu}\) | 64.928     |                   |

### Instructional Component

The task requires calculating the natural abundance of each copper isotope using data which could be retrieved from an additional source. Once the data is obtained, it is essential to round the values to four significant digits.

- **Table Overview**:
  - The table contains two isotopes of copper, \(^{63}\text{Cu}\) and \(^{65}\text{Cu}\).
  - Corresponding masses in atomic mass units (amu) are provided.
  - Natural abundances are indicated as percentages but are initially left blank for calculation.

Be sure to utilize accurate atomic mass information to derive the natural abundances correctly. This involves understanding isotope distribution and applying weighted average calculations based on atomic mass.
Transcribed Image Text:# Finding Isotope Mass or Natural Abundance from Atomic Mass There are only two naturally-occurring stable isotopes of copper, the masses of which are listed in the table below. Use whatever data you need from the ALEKS Periodic Table to calculate the natural abundance of each isotope and complete the table. **Round your entry for \(^{63}\text{Cu}\) to 4 significant digits and your entry for \(^{65}\text{Cu}\) to 4 significant digits.** | Isotope | Mass (amu) | Natural Abundance | |----------|------------|-------------------| | \(^{63}\text{Cu}\) | 62.930 | | | \(^{65}\text{Cu}\) | 64.928 | | ### Instructional Component The task requires calculating the natural abundance of each copper isotope using data which could be retrieved from an additional source. Once the data is obtained, it is essential to round the values to four significant digits. - **Table Overview**: - The table contains two isotopes of copper, \(^{63}\text{Cu}\) and \(^{65}\text{Cu}\). - Corresponding masses in atomic mass units (amu) are provided. - Natural abundances are indicated as percentages but are initially left blank for calculation. Be sure to utilize accurate atomic mass information to derive the natural abundances correctly. This involves understanding isotope distribution and applying weighted average calculations based on atomic mass.
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