Consider the table below. What is the relative abundance of isotope A? Isotope Abundance A 65 B 115 C 20 (A) 0.100 (B) 0.325 (C) 0.575 (D) 0.650

Introduction to General, Organic and Biochemistry
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Chapter2: Atoms
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Problem 2.83P: 2-83 The natural abundance of boron isotopes is as follows: 19.9sf boron-l0 (10.013 amu) and 80.1%...
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13. Consider the table below. What is the relative abundance of isotope A?
Isotope
Abundance
A
65
В
115
C
20
(A) 0.100
(B) 0.325
(С) 0.575
(D) 0.650
14.
How many grams of copper are in 4.6 moles of copper?
(A) 0.072 grams
(B) 13.8 grams
(C) 134.2 grams
(D) 292 grams
15. As a distant star moves away from Earth, the light given off by the star has a measurably lower
frequency. What happens to the wavelength and energy of the photons of light when the frequency
becomes lower?
(A) The wavelength becomes longer, and the energy decreases.
(B) The wavelength becomes shorter, and the energy decreases.
(C) The wavelength becomes longer, and energy increases.
(D) The wavelength becomes shorter, and the energy increases.
Transcribed Image Text:13. Consider the table below. What is the relative abundance of isotope A? Isotope Abundance A 65 В 115 C 20 (A) 0.100 (B) 0.325 (С) 0.575 (D) 0.650 14. How many grams of copper are in 4.6 moles of copper? (A) 0.072 grams (B) 13.8 grams (C) 134.2 grams (D) 292 grams 15. As a distant star moves away from Earth, the light given off by the star has a measurably lower frequency. What happens to the wavelength and energy of the photons of light when the frequency becomes lower? (A) The wavelength becomes longer, and the energy decreases. (B) The wavelength becomes shorter, and the energy decreases. (C) The wavelength becomes longer, and energy increases. (D) The wavelength becomes shorter, and the energy increases.
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