Balancing Nuclear Reactions

Question 1

alpha decay✔ beta minus decaybeta plus decaygamma radiation

Revolt · Accepted Answer

B: ✔ beta minus decay

Question 2

In this nuclear reaction equation, oxygen decays to form nitrogen. Which equation correctly describes this decay?

Revolt · Accepted Answer

A:

Question 3

alpha decaybeta minus decay✔ beta plus decaygamma radiation

Revolt · Accepted Answer

C: ✔ beta plus decay

Question 4

203
								80Hg →
        203
								81TI + ?

Revolt · Accepted Answer

Mercury-203 undergoes beta minus decay. The subscript in the nuclide notation, Hg, is: 80; The element symbol produced is: Tl; It has a mass number: 203; and an atomic number: 81

Question 5

Mercury-203 undergoes beta minus decay.

Revolt · Accepted Answer

The subatomic particle produced is a(n) .: electron; .: yes

Question 6

Mercury-203 undergoes beta minus decay.

Revolt · Accepted Answer

C: ✔ electron

Question 7

a is

Revolt · Accepted Answer

a is: 19; b is: 40; c is: -1

Question 8

Bombarding plutonium-239 with an alpha particle creates an isotope of curium. Balance the equation.

Revolt · Accepted Answer

is: 242; is: 96; is: 1; is: 0

Question 9

Superscript 1 Subscript 0 Baseline n + Superscript 14 Subscript 7 Baseline Upper N right arrow Superscript A Subscript Z Baseline X + Superscript 1 Subscript 1 Baseline Upper H Identify the unknown product by identifying the unknown letters.A is

Revolt · Accepted Answer

is: 14; is: 6; is: C

Question 10

The element symbol produced is .

Revolt · Accepted Answer

Tl

Balancing Nuclear Reactions Answers

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