Past Question for WAEC 2023

Past Question for WAEC 2023 – Are you one of the candidates preparing for the upcoming WAEC examination? if yes, then you should read this article to the end. We bring you useful information on the Past Question for WAEC 2023 for different examination years, subjects, and subject combinations.

With the current distractions in the education sector, most candidates participating in various examinations do not do well in the examination. This is due to social media influence. Getting this past question does not give you automatic grades or scores but developing an interest in studying from it and devoting quality time does.

This simply means that we have in stock, all past questions on WAEC irrespective of the exam year and the subject. All you need to do is get the past questions and study in preparation for your exams.

Past Question for WAEC 2023 Pattern

The Past Questions for WAEC 2023 are divided into theory, and objective(multiple choice) sections and we will give you questions that are compiled from previous years to study.

Why You Need Past Questions for WAEC 2023

There are numerous reasons why you will need to download/get this past question. But for clarity, we will explain a few. You need this past question for the following reasons;

It will also expose you to the questions that have been asked years back as most of those questions and answers get repeated every year while some will just be rephrased. So if you don’t have a copy of this past question, then you are losing out.

1. It, however, provides useful information about the types of questions to expect and helps you prevent unpleasant surprises.
2. You will be able to detect and answer repeated questions quickly and easily.
3. You will be able to find out the number of questions you will see in the exams.

Sample of Past Question for WAEC 2023

PHYSICS

1. 1. 1. The inner diameter of a test tube can be measured accurately using a
      A. micrometer screw gauge
      B. pair of dividers
      C. meter rule
      D. pair of vernier calipers

      2. Two bodies have masses in the ratio of 3:1. They experience forces that impart to them acceleration in the ratio of 2:9 respectively. Find the ratio of forces the masses experienced.
      A. 1: 4
      B. 2: 1
      C. 2 : 3
      D. 2: 5

      3. Particles of mass 10-2kg are fixed to the tip of a fan blade which rotates with an angular velocity of 100rad-1. If the radius of the blade is 0.2m, the centripetal force is
      A. 2 N
      B. 20 N
      C. 200 N
      D. 400 N

      4. A lead bullet of mass 0.05kg is fired with a velocity of 200ms-1 into a lead block of mass 0.95kg. Given that the lead block can move freely, the final kinetic energy after impact is
      A. 50 J
      B. 100 J
      C. 150 J
      D. 200 J

      5. A ball of mass 0.1kg is thrown vertically upwards with a speed of 10ms-1 from the top of a tower 10m high. Neglecting air resistance, its total energy just before hitting the ground is
      (take g = 10ms-2)
      A. 5 J
      B. 10 J
      C. 15 J

      D. 20 J

6. A car of mass 800kg attains a speed of 25m/s in 20 secs. The power developed in the engine is
A. 1 . 25 x 104 W
B. 2. 50 x 104 W
C. 1 . 25 x 106W
D. 2 . 50 x 106 W

7. When the brakes in a car are applied, the frictional force on the tires is

A. is a disadvantage because it is in the direction of the motion of the car
B. is a disadvantage because it is in the opposite direction of the motion of the car
C. is an advantage because it is in the direction of the motion of the car
D. is an advantage because it is in the opposite direction of the motion of the car

8. If the stress on a wire is 107NM-2 and the wire is stretched from its original length of 10.00 cm to 10.05 cm. The Young’s modulus of the wire is
A. 5 . 0 x 104 Nm-2
B. 5 . 0 x 105 Nm-2
C. 2 . 0 x 108 Nm-2
D. 2 . 0 x 109 Nm-2

9. A solid weighs 10.00 N in air, 6 N when fully immersed in water and 7 . 0 N when fully immersed in a liquid X. Calculate the relative density of the liquid, X.
A. 5/3
B. 4/3
C. 3/4
D. 7/10

10. When the temperature of liquid increases, its surface tension
A. Decreases
B. Increases
C. Remain Constant
D. Increases then decrease