Describe an experiment to demonstrate Archimedes principle

Describe an experiment to demonstrate Archimedes principle

Answers

Procedure:
1. Pour water into an overflow can (eureka can) until it starts to flow out then wait until it stops dripping
2. Tie a suitable solid body securely and suspend it on a spring balance. Determine weight in air.
3. Lower the body slowly into the overflow can while still attached to the spring balance then read off its weight when fully submerged.
4. Weigh the displaced water collected in a beaker. Record your readings as follows;
Weight of body in air = W1
Weight of body in water = W2
Weight of empty beaker = W3
Weight of beaker and displaced liquid = W4
Upthrust of the body = W1 – W2 Weight of displaced water = W4 – W3

Discussion:
The upthrust on the solid body will be found to be equal to the weight of displaced water therefore demonstrating the Archimedes principle.

---

Mutiso answered the question on October 16, 2018 at 06:17

Next: Describe the applications of centripetal force
Previous: The words that follow can be nouns or verbs depending on the stressed syllable. Use each as both the verb and noun in a single...

View More Physics Questions and Answers | Return to Questions Index

Exams With Marking Schemes

• Grade 1
• Grade 2
• Grade 3
• Grade 4
• Grade 5
• Grade 6
• Grade 7
• Grade 8
• Grade 9
• PP1
• PP2
• Playgroup
• Form 1
• Form 2
• Form 3
• Form 4

Related Questions

• Describe the applications of centripetal force(Solved)
  

  Describe the applications of centripetal force.

  Date posted: October 16, 2018.  Answers (1)

• Derive an expression for centripetal acceleration(Solved)
  

  Derive an expression for centripetal acceleration.

  Date posted: October 16, 2018.  Answers (1)

• Define the term centripetal force(Solved)
  

  Define the term centripetal force.

  Date posted: October 16, 2018.  Answers (1)

• A wheel of radius 50 cm is rolled through a quarter turn. Calculate (i) The angle rotated in radians (ii) The distance moved...(Solved)
  

  A wheel of radius 50 cm is rolled through a quarter turn. Calculate (i) The angle rotated in radians (ii) The distance moved by a point on the circumference.

  Date posted: October 16, 2018.  Answers (1)

• Define radian(Solved)
  

  Define radian.

  Date posted: October 16, 2018.  Answers (1)

• What is angular motion?(Solved)
  

  What is angular motion?

  Date posted: October 16, 2018.  Answers (1)

• What is circular motion?(Solved)
  

  What is circular motion?

  Date posted: October 16, 2018.  Answers (1)

• Find the power of a concave lens of a focal length 25 cm.(Solved)
  

  Find the power of a concave lens of a focal length 25 cm.

  Date posted: October 15, 2018.  Answers (1)

• Explain the common eye defects and their corrections(Solved)
  

  Explain the common eye defects and their corrections.

  Date posted: October 15, 2018.  Answers (1)

• Explain the uses of lenses on optical devices(Solved)
  

  Explain the uses of lenses on optical devices

  Date posted: October 15, 2018.  Answers (1)

• Experiment to determine the focal length of a converging lens using the lens formula(Solved)
  

  Experiment to determine the focal length of a converging lens using the lens formula

  Date posted: October 15, 2018.  Answers (1)

• The lens of a slide projector focuses on an image of height 1.5m on a screen placed 9.0 m from the projector. If the height...(Solved)
  

  The lens of a slide projector focuses on an image of height 1.5m on a screen placed 9.0 m from the projector. If the height of the picture on the slide was 6.5 cm, determine, (a) Distance from the slide (picture) to the lens (b) Focal length of the lens

  Date posted: October 15, 2018.  Answers (1)

• The focal length of a converging lens is found to be 10 cm. How far should the lens be placed from an illuminated object to...(Solved)
  

  The focal length of a converging lens is found to be 10 cm. How far should the lens be placed from an illuminated object to obtain an image which is magnified five times on the screen?

  Date posted: October 15, 2018.  Answers (1)

• An object is placed 12 cm from a converging lens of focal length 18 cm. Find the position of the image(Solved)
  

  An object is placed 12 cm from a converging lens of focal length 18 cm. Find the position of the image

  Date posted: October 15, 2018.  Answers (1)

• An object 0.05 m high is placed 0.15 m in front of a convex lens of focal length 0.1 m. Find by construction, the position,...(Solved)
  

  An object 0.05 m high is placed 0.15 m in front of a convex lens of focal length 0.1 m. Find by construction, the position, nature and size of the image. What is the magnification?

  Date posted: October 15, 2018.  Answers (1)

• A horizontal pipe of cross-sectional area 50 cm² carries water at the rate of 0.20 litres per second. Determine the speed; a) Of the speed of...(Solved)
  

  A horizontal pipe of cross-sectional area 50 cm² carries water at the rate of 0.20 litres per second. Determine the speed;
  a) Of the speed of water in the pipe.
  b) When the tube narrows to 20 cm² at another point.

  Date posted: October 12, 2018.  Answers (1)

• Outline the equation of continuity(Solved)
  

  Outline the equation of continuity.

  Date posted: October 12, 2018.  Answers (1)

• Explain the occurrence of streamline and turbulent flow? (Solved)
  

  Explain the occurrence of streamline and turbulent flow?

  Date posted: October 12, 2018.  Answers (1)

• What is line of flow?(Solved)
  

  What is line of flow?

  Date posted: October 12, 2018.  Answers (1)

• A girl claps her hands once at a distance 250 m from a vertical cliff. If the temperature in the surrounding is 5^oC, how long...(Solved)
  

  A girl claps her hands once at a distance 250 m from a vertical cliff. If the temperature in the surrounding is 5^oC, how long does it take for her to hear the echo?

  Date posted: October 12, 2018.  Answers (1)