There are many websites that assist you in passing the Amateur Radio Examination. We have selected a few links, which are currently free to use, for your search and assist you in becoming a licensed amateur.

Hollandarc.org This link explains ways to study for each test so you can obtain your license as quickly and easily as possible.

Hamexam.org This is a free website that assists you in the testing for all three license levels or classes including study materials, flashcards, practice exams, and the entire FCC question pools from each test.

Hollandarc.org This is a free website link that took each of the three license levels or classes and removed the distractors from the question pools so that you can go through each question and only be presented with the correct answer.

eHam.net Practice exams are derived from the test pools for each level or class.

HAMSTUDY  This website has a section about the Ham Radio Hobby. How to get licensed and even study tips. It also has study exams for Technician Class, General, and Amateur Extra.

Practice Test Geeks This website contains study guides and practice tests.  

Here are a few questions from the current Technician pool that is valid until 2026.  Correct answers are below the group of questions

1. In which type of circuit is voltage the same across all components?
A. Series
B. Parallel
C. Resonant
D. Branch

2. Which instrument would you use to measure electric potential?
A. An ammeter
B. A voltmeter
C. A wavemeter
D. An ohmmeter

3. What is an advantage of a 5/8 wavelength whip antenna for VHF or UHF mobile service?
A. It has more gain than a 1/4-wavelength antenna
B. It radiates at a very high angle
C. It eliminates distortion caused by reflected signals
D. It has 10 times the power gain of a 1/4 wavelength whip

4. What is an advantage of a 5/8 wavelength whip antenna for VHF or UHF mobile service?
A. It has more gain than a 1/4-wavelength antenna
B. It radiates at a very high angle
C. It eliminates distortion caused by reflected signals
D. It has 10 times the power gain of a 1/4 wavelength whip

The correct answers are: 
1  B     
2  B     
3  B  
4  D