NHPC Trainee Engineer Mock Test 2026 – Free Online Test Series
This page lists all 5 free NHPC Trainee Engineer mock tests on Sarkari Results Now. A typical test has about 20 questions with a 20-minute timer. Tests follow the latest NHPC Trainee Engineer exam pattern and are free to attempt. Attempt them in order, review the answers after each test and track your progress to find weak topics before the real exam.
All NHPC Trainee Engineer Mock Tests
NHPC Trainee Engineer Mock Test 2 (20 Questions)
NHPC Trainee Engineer practice mock test 2/5. 20 questions, 20 minutes. Free online test series.
20 Questions · 20 Marks · 20 Minutes
Engineering Recruitment Exams › NHPC Trainee Engineer
Start TestNHPC Trainee Engineer Mock Test 4 (20 Questions)
NHPC Trainee Engineer practice mock test 4/5. 20 questions, 20 minutes. Free online test series.
20 Questions · 20 Marks · 20 Minutes
Engineering Recruitment Exams › NHPC Trainee Engineer
Start TestNHPC Trainee Engineer Mock Test 1 (20 Questions)
NHPC Trainee Engineer practice mock test 1/5. 20 questions, 20 minutes. Free online test series.
20 Questions · 20 Marks · 20 Minutes
Engineering Recruitment Exams › NHPC Trainee Engineer
Start TestNHPC Trainee Engineer Mock Test 5 (20 Questions)
NHPC Trainee Engineer practice mock test 5/5. 20 questions, 20 minutes. Free online test series.
20 Questions · 20 Marks · 20 Minutes
Engineering Recruitment Exams › NHPC Trainee Engineer
Start TestNHPC Trainee Engineer Mock Test 3 (20 Questions)
NHPC Trainee Engineer practice mock test 3/5. 20 questions, 20 minutes. Free online test series.
20 Questions · 20 Marks · 20 Minutes
Engineering Recruitment Exams › NHPC Trainee Engineer
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Sample NHPC Trainee Engineer Questions
The national song of India, Vande Mataram, was composed by whom?
- Muhammad Iqbal
- Subramania Bharati
- Bankim Chandra Chatterjee
- Rabindranath Tagore
Which is the national animal of India?
- Lion
- Tiger
- Elephant
- Leopard
The emf equation of a transformer is E =
- 4.44 f N Φm
- 1.11 f N Φm
- 4.44 N Φm / f
- 2.22 f N Φm
In the two-wattmeter method for a balanced load, W1 = 2000 W and W2 = 1000 W. The power factor is
- 0.707 lagging
- 0.5 lagging
- 0.866 lagging
- 0.6 lagging
Attempt the full test above to see the correct answers.