The neutron was not discovered until 1932, more than thre

of the electron. Which of the following best explains why e

deduce the existence of the neutron?

ed until 1932, more than three decades aller

ng best explains why earlier scientists were unable to

A

The heavy mass of the nucleus meant that it was difficult to quantity

B

The neutron is a tiny, massless particle that is difficult to observe.

C

Atoms contain varying numbers of neutrons, therefore an average had to be

calculated.

D

The neutron has a neutral charge, which made it impossible to discover using

previous experiments with positive and negative charges.

Question

Nathalia Floyd

Chemistry

12 April, 19:00

The neutron was not discovered until 1932, more than thre

of the electron. Which of the following best explains why e

deduce the existence of the neutron?

ed until 1932, more than three decades aller

ng best explains why earlier scientists were unable to

A

The heavy mass of the nucleus meant that it was difficult to quantity

B

The neutron is a tiny, massless particle that is difficult to observe.

C

Atoms contain varying numbers of neutrons, therefore an average had to be

calculated.

D

The neutron has a neutral charge, which made it impossible to discover using

previous experiments with positive and negative charges.

+4

Answers (1)

Know the Answer?

Evie Lopez · Answer 1

Correct option is D) The neutron has a neutral charge, which made it impossible to discover using previous experiments with positive and negative charges.

Explanation:

The protons are the positively charged particles of an atom. The electrons are the negatively charged particles of an atom. As both the particles carry some kind of charge i. e either positive or negative, hence their discovery was easier.

The neutrons are the part of an atom which are neutral and do not carry any charge. Hence, their discovery took a more longer time as compared to the discovery of electrons and protons.