HESI A2 Physics Practice Test 2024

Last Updated on January 20, 2025

Master the HESI A2 Physics Exam with Our Free 2024 Practice Test and Online Quiz. Prepare to excel on the HESI A2 Physics exam with our comprehensive and free online quiz featuring 25 expertly designed practice questions and detailed answers.

This practice test covers essential physics topics, including motion, energy, waves, electricity, and magnetism. Each question is crafted to match the style and difficulty level of the actual HESI A2 exam, providing a realistic and practical study experience.

Ideal for nursing students and aspiring healthcare professionals, our HESI A2 Physics practice test helps you build confidence and improve your test-taking skills. With thorough explanations for each answer, you’ll better understand key physics concepts necessary for exam success. Boost your preparation and increase your chances of achieving a high score on the HESI A2 Physics exam. Start practicing now with our convenient and free online quiz and take a significant step toward your healthcare career goals!

Key features:

25 HESI A2 Physics practice questions with answers
Covers essential topics such as motion, energy, waves, electricity, and magnetism
Realistic exam format to enhance your test-taking skills
Detailed explanations to improve your understanding
Free and accessible online quiz for convenient practice

HESI A2 Physics Practice Test 2024

HESI A2 Physics Practice Test

HESI A2 Physics Practice Test
25 items | Suggested time: 25 minutes
Free Test No Registration is Required

1 / 25

A balloon with a charge of 5 μC is placed 25 cm from another balloon with the same charge. What is the magnitude of the resulting repulsive force?

(A) 0.18 N

(B) 1.8 N

(D) 5 × 10−3 N

2 / 25

A 3-volt flashlight uses a bulb with 60-ohm resistance. What current flows through the flashlight?

(A) 0.05 amp

(B) 0.5 amp

(D) 18 amp

3 / 25

A 1,000-kg car drives at 10 m/s around a circle with a radius of 50 m. What is the centripetal acceleration of the car?

(A) 2 m/s²

(B) 4 m/s²

(D) 10 m/s²

4 / 25

A 5-kg block is suspended from a spring, causing the spring to stretch 10 cm from equilibrium. What is the spring constant for this spring?

(A) 4.9 N/cm

(B) 9.8 N/cm

(D) 50 N/cm

5 / 25

Given the four wires described here, which would you expect to have the greatest resistance?

(A) 1 km of American wire gauge 1; diameter 7.35 mm

(B) 1 km of American wire gauge 2; diameter 6.54 mm

(D) 1 km of American wire gauge 4; diameter 5.19 mm

6 / 25

A 2,000-kg car travels at 15 m/s. For a 1,500-kg car traveling at 15 m/s to generate the same momentum, which would need to happen?

(A) It would need to accelerate to 20 m/s.

(B) It would need to add 500 kg in mass.

(D) Either A or B

7 / 25

A plucked guitar string makes 80 vibrations in one second. What is the period?

(A) 0.0125 s

(B) 0.025 s

(D) 0.25 s

8 / 25

A 5-cm candle is placed 20 cm away from a concave mirror with a focal length of 15 cm. About what is the image height of the candle in the mirror?

(A) 30.5 cm

(B) 15.625 cm

(D) −30.5 cm

9 / 25

When a car is driven for a long time, the pressure of air in the tires increases. This is best explained by which of the following gas laws?

(A) Boyle’s law

(B) Charles’ law

(D) Dalton’s law

10 / 25

What is the purpose of a switch in a circuit?

(A) To reverse the direction of alternating current

(B) To increase the voltage of the batter or cell

(D) To allow the circuit to open and close

11 / 25

Two objects attract each other with a gravitational force of 12 units. If you double the distance between the objects, what is the new force of attraction between the two?

(A) 3 units

(B) 6 units

(D) 48 units

12 / 25

Which one has the highest density?

(A) Mist

(B) Water

(D) Ice

13 / 25

How do a scalar quantity and a vector quantity differ?

(A) A scalar quantity has both magnitude and direction, and a vector does not.

(B) A scalar quantity has direction only, and a vector has only magnitude.

(D) A vector has only direction, and a scalar quantity has only magnitude.

14 / 25

A transverse wave does not have ___________.

(A) a compression

(B) an amplitude

(D) a wavelength

15 / 25

Why does potential energy increase as particles approach each other?

(A) Attractive forces increase.

(B) Attractive forces decrease.

(D) Repulsive forces decrease.

16 / 25

An electromagnet is holding a 1,500-kg car at a height of 25 m above the ground. The magnet then experiences a power outage, and the car falls to the ground. Which of the following is false?

(A) The car had a potential energy of 367.5 kJ.

(B) 367.5 kJ of potential energy is converted to kinetic energy.

(D) The car’s potential energy converts to kinetic energy and then to sound energy.

17 / 25

A wave moves through its medium at 20 m/s with a wavelength of 4 m. What is the frequency of the wave?

(A) 5 s−1

(B) 16 s−1

(D) 80 s−1

18 / 25

A 60-watt lightbulb is powered by a 110-volt power source. What is the current being drawn?

(A) 0.55 amperes

(B) 1.83 amperes

(D) 6,600 amperes

19 / 25

A 1.0-kg block on a table is given a push so that it slides along the table. If the block is accelerated at 6 m/s², what was the force applied to the block?

(A) 0 N

(B) 3 N

(D) The answer cannot be determined from the information given.

20 / 25

Sublimation is the change in matter from solid to gas or gas to solid without passing through a liquid phase. Outside of the laboratory, which solid provides the best example of this?

(A) Iron

(B) Silver

(D) Dry ice

21 / 25

Which of these objects has the greatest momentum?

(A) A 1,250-kg car moving at 5 m/s

(B) An 80-kg person running at 4 m/s

(D) A 0.5-kg rock moving at 40 m/s

22 / 25

An object moves 100 m in 10 s. What is the velocity of the object over this time?

(A) 10 m/s

(B) 90 m/s

(D) 1,000 m/s

23 / 25

Why doesn’t a raindrop accelerate as it approaches the ground?

(A) Gravity pulls it down at a constant rate.

(B) Air resistance counteracts the gravitational force.

(D) Objects in motion decelerate over distance.

24 / 25

A car travels 3 miles north, 6 miles south, 2 miles east, 2 miles west, and then 3 miles north. Which of the following is true?

(A) The displacement of the car is 16 miles, and the distance traveled is 0 miles.

(B) The displacement of the car is 16 miles, and the distance traveled is 16 miles.

(D) The displacement of the car is 0 miles, and the distance traveled is 16 miles.

25 / 25

When a junked car is compacted, which statement is true?

(A) Its mass increases.

(B) Its mass decreases.

(D) Its density decreases.

Your score is

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