Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
Uranium - Lead Rubidium - Strontium Potassium - Argon Uranium - Strontium
A B C D
Question: Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
A. Uranium - Lead
B. Rubidium - Strontium
C. Potassium - Argon
D. Uranium - Strontium
Answer:
Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
Potassium - Argon Rubidium - Strontium Uranium - Lead Uranium - Strontium
A B C D
Question: Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
A. Potassium - Argon
B. Rubidium - Strontium
C. Uranium - Lead
D. Uranium - Strontium
Answer:
C
Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
Uranium - Lead Rubidium - Strontium Potassium - Argon Uranium - Strontium
1 2 3 4
Question: Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
1. Uranium - Lead
2. Rubidium - Strontium
3. Potassium - Argon
4. Uranium - Strontium
Answer:
1
Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
Uranium - Lead Rubidium - Strontium Potassium - Argon Uranium - Strontium
U F G C
Question: Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
U. Uranium - Lead
F. Rubidium - Strontium
G. Potassium - Argon
C. Uranium - Strontium
Answer:
U
Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
Potassium - Argon Rubidium - Strontium Uranium - Lead Uranium - Strontium
U F G C
Question: Geologists frequently use mass spectrometers in determining the relative age of rocks. A spectrometer can differentiate between the ratios of isotopes in rock samples and calculates the radioactive decay involving what two isotopes?
U. Potassium - Argon
F. Rubidium - Strontium
G. Uranium - Lead
C. Uranium - Strontium
Answer:
G