Solved

When Cosmic Rays Strike Atoms in the Upper Atmosphere, Energetic

Question 3

Multiple Choice

When cosmic rays strike atoms in the upper atmosphere, energetic neutrons are produced. These neutrons collide with nitrogen-14 atoms, producing carbon-14 atoms and hydrogen atoms. Which diagram represents the carbon-14 product? When cosmic rays strike atoms in the upper atmosphere, energetic neutrons are produced. These neutrons collide with nitrogen-14 atoms, producing carbon-14 atoms and hydrogen atoms. Which diagram represents the carbon-14 product? A) B) C) D)


A) When cosmic rays strike atoms in the upper atmosphere, energetic neutrons are produced. These neutrons collide with nitrogen-14 atoms, producing carbon-14 atoms and hydrogen atoms. Which diagram represents the carbon-14 product? A) B) C) D)
B) When cosmic rays strike atoms in the upper atmosphere, energetic neutrons are produced. These neutrons collide with nitrogen-14 atoms, producing carbon-14 atoms and hydrogen atoms. Which diagram represents the carbon-14 product? A) B) C) D)
C) When cosmic rays strike atoms in the upper atmosphere, energetic neutrons are produced. These neutrons collide with nitrogen-14 atoms, producing carbon-14 atoms and hydrogen atoms. Which diagram represents the carbon-14 product? A) B) C) D)
D) When cosmic rays strike atoms in the upper atmosphere, energetic neutrons are produced. These neutrons collide with nitrogen-14 atoms, producing carbon-14 atoms and hydrogen atoms. Which diagram represents the carbon-14 product? A) B) C) D)

Correct Answer:

verifed

Verified

Related Questions

Q1: The average atomic mass of zinc is

Q5: In the atoms in the Rutherford-Geiger-Marsden experiment,

Q6: Which contains more carbon by mass, 1

Q7: Identify the binary compound that has ionic

Q9: What is the correct symbol for an

Q10: Dalton's law of multiple proportions deals with

Q11: Elements 21 through 30 are known as

Q45: The average atomic mass of carbon is

Q96: What is the empirical formula for benzene,

Q137: Give an example of an alkali metal.