Write the complete chemical symbol (¿E) for the isotope of copper with the following individual characteristics. a. 32 more neutrons than protons b. Two more subatomic particles than Zn 66 30 c. The same number of neutrons as Ni 58 28 d. The same number of nucieccs as Zn 60 30

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Chapter1: Chemical Foundations
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write down the symbol AE for the istope of copper with the following infividual characteristics

### The Periodic Law and the Periodic Table

#### Section 3-4

**Specify the location of each of the following elements in the periodic table by giving its period number and group number:**

#### Question 3-43

**Write the complete chemical symbol \[\text{38}_{18}\text{^A}\] for the isotope of copper with the following individual characteristics:**

a. 32 more neutrons than protons  
b. Two more subatomic particles than \[\frac{66}{30}\text{Zn}\]  
c. The same number of neutrons as \[\frac{58}{28}\text{Ni}\]  
d. The same number of subatomic particles as \[\frac{60}{30}\text{Zn}\]

This exercise focuses on understanding the periodic table, isotopes, and subatomic particle composition. Students are required to use their knowledge to determine the specific isotope of copper given different sets of data related to neutron and subatomic particle numbers for other known elements and isotopes. These kinds of problems help students apply atomic theory and the structure of the periodic table in practical scenarios.
Transcribed Image Text:### The Periodic Law and the Periodic Table #### Section 3-4 **Specify the location of each of the following elements in the periodic table by giving its period number and group number:** #### Question 3-43 **Write the complete chemical symbol \[\text{38}_{18}\text{^A}\] for the isotope of copper with the following individual characteristics:** a. 32 more neutrons than protons b. Two more subatomic particles than \[\frac{66}{30}\text{Zn}\] c. The same number of neutrons as \[\frac{58}{28}\text{Ni}\] d. The same number of subatomic particles as \[\frac{60}{30}\text{Zn}\] This exercise focuses on understanding the periodic table, isotopes, and subatomic particle composition. Students are required to use their knowledge to determine the specific isotope of copper given different sets of data related to neutron and subatomic particle numbers for other known elements and isotopes. These kinds of problems help students apply atomic theory and the structure of the periodic table in practical scenarios.
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