Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts
Download WAEC May/June App - Get all past questions and answers, 100% offline - 43208

Physics Past Questions

Clear Selections
Change Subject Post a Question Check Syllabus Study My Bookmarks Past Questions Videos Watch Video Lessons Download App

WAEC offline past questions - with all answers and explanations in one app - Download for free
WAEC Past Questions, Objective & Theory, Study 100% offline, Download app now - 24709
Download WAEC May/June App - Get all past questions and answers, 100% offline - 43208
4206

The mass of a nucleus is the

  • A. total number of its proton & neutrons
  • B. number of its protons
  • C. mass of its electrons
  • D. total number of its protons & electrons
View Answer & Discuss JAMB 2019
4207

Three resistors with resistance 200Ω, 500Ω and 1kΩ are connected in series. A 6v battery is connected to either end of the combination. Calculate the potential difference between the ends of 200Ω resistance.

  • A. 0.71V
  • B. 0.7V
  • C. 0.82V
  • D. 0.8V
View Answer & Discuss (11) JAMB 2019
4208

An a.c of 1A at a frequency of 800 cycles per second flows through a coil, the inductance of which is 2.5mH and the resistance of which is 5Ω. What is the power absorbed in the Coil?

  • A. 5W
  • B. 6W
  • C. 7W
  • D. 8W
View Answer & Discuss (4) JAMB 2019
Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts
WAEC Past Questions, Objective & Theory, Study 100% offline, Download app now - 24709
WAEC offline past questions - with all answers and explanations in one app - Download for free
4209

In semi-conductor, the carriers of current at room temperature are

  • A. electrons only
  • B. electrons and holes
  • C. holes only
  • D. electron and ions
View Answer & Discuss (1) JAMB 2019
4210

Water and Kerosine are drawn respectively into the two limbs of a Hare's apparatus. The destiny of water is 1.0gcm\(^{-3}\) and the density of kerosine is 0.80gcm\(^{-3}\). If the height of the water column is 20.0cm, calculate the height of the kerosine column.

  • A. 1.6cm
  • B. 16.0cm
  • C. 20.0cm
  • D. 25.0cm
View Answer & Discuss JAMB 2019
Start a Free Practice Test
 
WAEC offline past questions - with all answers and explanations in one app - Download for free
WAEC Past Questions, Objective & Theory, Study 100% offline, Download app now - 24709
Download WAEC May/June App - Get all past questions and answers, 100% offline - 43208
Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts