Experiment 1: Water Waves in a Ripple Tank. Aims of the Experiment. To measure frequency, wavelength and wave speed by observing water waves in a ripple tank; ... Topic Questions; Past Papers; Model Answers; Videos (Maths and Science) Join the 100,000+ Students that ️ Save My Exams.
Practical
A ripple tank is a transparent shallow tray of water with a light shining down through it onto a white card below in order to clearly see the motion of the ripples created on the water's surface.
Sample exam questions
The figure below shows a ripple tank which is used to study the behaviour of water waves: Water waves are produced in the tank. The shadow of the waves is projected onto the screen below the tank.
PDF AQA Physics GCSE Required Practical 8
Fill the ripple tank so the water has a depth of approximately 5mm. Place the ripple tank on top of a piece of white paper or card. Place a wooden rod on the surface of the water and attach it to the low-voltage power supply and motor. Add a lamp to the circuit and hold the lamp above the ripple tank. View the wave pattern from the side of the ...
Core Practical: Investigating Wave Properties
To improve the accuracy of the wavelength measurement in the ripple tank: Measure across a number of waves (e.g. 5 of them) and then divide the distance by the number of waves; To improve the accuracy of the frequency measurement in the ripple tank: Measure across a longer time period (e.g. a minute) and then divide the number of waves by the time
Measuring Waves in a Ripple Tank Required Practical
Visit www.KayScience.com for access to 800+ GCSE science videos, quizzes, exam resources AND daily science and maths LIVE TUITION!!! In this video you will l...
Required Practical
We normally use a ripple tank to observe waves. But Spongebob is a good alternative. A transverse wave causes the particles of the medium (Spongebob) to vibrate at right angles to the direction of the wave's motion. ... 5.4.6 Exam-Style Questions - Pressure. 6 Waves. 6.1 Wave Basics. 6.1.1 Basics & Formula. 6.1.2 Wave Speed - Calculations. 6. ...
Practical
Waves Practical. 1. Waves on a Ripple Tank (measuring Frequency and Wavelength) and RESULTS. The speed of water waves on a ripple tank can be calculated by measuring the frequency (using slow motion footage) and the wavelength (from a photograph).
Physics GCSE AQA Required Practical Waves
Place the ruler at right angles to the waves shown in the pattern on the card. 4th step (1st- set up experiment, 2nd-switch on power supply,3rd- adjust the speed of the motor and lamp, place ruler) Ripple Tank. Use the ruler to measure over a number of waves e.g 6 waves. Divide the length of these 6 waves by the number of waves -6.
Ripple tank experiment Flashcards
1) A ripple tank is a shallow tray of water. 2) Just touching the surface of the water is a vibrating bar attached to a power pack, this creates the waves in the water. 3) Place a white piece of paper underneath the tank and a lamp overhead to cast an image of the waves onto the paper. 4) Make sure the shadow is the same size as the wave by ...
PDF Question paper (Foundation) : Paper 2
Mass = __________________ kg. The weight of the child causes the spring to compress elastically from a length of 30cm to a new length of 23cm. 5 Write down the equation which links compression, force and spring constant. [1 mark] 6 Calculate the spring constant of the spring. Give your answer in newtons per metre.
Lesson: Measuring waves in a ripple tank
Q6. Starting with the most accurate, sort these methods of measuring the wavelength of a water wave into order of decreasing accuracy. 1. - Measure the length of ten waves and divide the answer by ten. 2. - Measure the length of one wave three times and calculate the average. 3. - Measure the length of one wave once.
Explain what we have above and below the ripple tank. -Above the ripple tank we have a lamp and below the ripple tank we have a sheet of white paper. State what the light from the lamp -produces when it shines trough the water. -When the light shines trough the water, it produces an image of the waves on the paper.
A diagram of the apparatus used to investigate the features of mechanical waves . Set up the equipment as shown in the diagram. Count the number of waves that pass a given point over 10 seconds. Divide the number of waves by the 10 seconds to find the frequency of the waves. Measure the length of the ripple tank from paddle to end using a ruler.
Measuring waves in a ripple tank
Ripple tank and accessories. Asking questions - an activity which may help with discipline in a half-dark room - encourages students to think and extend their observations. ... If you are going to use a set of ripple tanks for a class experiment, you may want to leave them on a side bench between successive lessons. Or, if the lesson ...
3.1.5 Ripple Tank
Investigating Refraction. Refraction can be shown by placing a glass block in the tank. The glass block should sit below the surface of the water and cover only some of the tank floor. The depth of water becomes shallower here the glass block is placed. Since speed depends on depth, the ripples slow down when travelling over the block.
AQA Physics Required Practical
Questions and answers included. One example also included. Delete slides as appropriate. Creative Commons "Sharealike" Reviews. 5 ... Great for helping my Y11s understand the different aspects of the ripple tank required practical, thank you for sharing this for free. Empty reply does not make any sense for the end user. Submit reply Cancel.
Practical
A ripple tank can be used to measure and calculate frequency, wavelength and the speed of waves on the surface of the water it contains. It is a transparent shallow tray of water, with a light ...
In the middle of the paper use a ruler to mark a straight line of about 10 cm long Use a protractor to draw a 90° line that bisects (cuts in half) the 10 cm line Place the mirror on the first line as shown in the diagram above
Waves in a Ripple Tank and Solid Required Practical AQA GCSE Physics
docx, 53.47 KB. Waves in a Ripple Tank and Solid Required Practical script for AQA GCSE Physics (specification 8463) is provided. This script serves as a step-by-step guide for students to navigate through the method, allowing teachers to observe with minimal intervention from the front of the class. After completing the practical, students are ...
Required practical
Learn about and revise wave properties, calculations involving waves and measuring the speed of sound with GCSE Bitesize Combined Science.
ripple tank
Edit. 45 seconds. 1 pt. i)A device to produce water waves and to study their characteristics is known as. screw gauge. ripple tank. measuring cylinder. wave container. 2.
Ripple Tank
Investigating Refraction. Refraction can be shown by placing a glass block in the tank. The glass block should sit below the surface of the water and cover only some of the tank floor. The depth of water becomes shallower here the glass block is placed. Since speed depends on depth, the ripples slow down when travelling over the block.
IMAGES
VIDEO
COMMENTS
Experiment 1: Water Waves in a Ripple Tank. Aims of the Experiment. To measure frequency, wavelength and wave speed by observing water waves in a ripple tank; ... Topic Questions; Past Papers; Model Answers; Videos (Maths and Science) Join the 100,000+ Students that ️ Save My Exams.
A ripple tank is a transparent shallow tray of water with a light shining down through it onto a white card below in order to clearly see the motion of the ripples created on the water's surface.
The figure below shows a ripple tank which is used to study the behaviour of water waves: Water waves are produced in the tank. The shadow of the waves is projected onto the screen below the tank.
Fill the ripple tank so the water has a depth of approximately 5mm. Place the ripple tank on top of a piece of white paper or card. Place a wooden rod on the surface of the water and attach it to the low-voltage power supply and motor. Add a lamp to the circuit and hold the lamp above the ripple tank. View the wave pattern from the side of the ...
To improve the accuracy of the wavelength measurement in the ripple tank: Measure across a number of waves (e.g. 5 of them) and then divide the distance by the number of waves; To improve the accuracy of the frequency measurement in the ripple tank: Measure across a longer time period (e.g. a minute) and then divide the number of waves by the time
Visit www.KayScience.com for access to 800+ GCSE science videos, quizzes, exam resources AND daily science and maths LIVE TUITION!!! In this video you will l...
We normally use a ripple tank to observe waves. But Spongebob is a good alternative. A transverse wave causes the particles of the medium (Spongebob) to vibrate at right angles to the direction of the wave's motion. ... 5.4.6 Exam-Style Questions - Pressure. 6 Waves. 6.1 Wave Basics. 6.1.1 Basics & Formula. 6.1.2 Wave Speed - Calculations. 6. ...
Waves Practical. 1. Waves on a Ripple Tank (measuring Frequency and Wavelength) and RESULTS. The speed of water waves on a ripple tank can be calculated by measuring the frequency (using slow motion footage) and the wavelength (from a photograph).
Place the ruler at right angles to the waves shown in the pattern on the card. 4th step (1st- set up experiment, 2nd-switch on power supply,3rd- adjust the speed of the motor and lamp, place ruler) Ripple Tank. Use the ruler to measure over a number of waves e.g 6 waves. Divide the length of these 6 waves by the number of waves -6.
1) A ripple tank is a shallow tray of water. 2) Just touching the surface of the water is a vibrating bar attached to a power pack, this creates the waves in the water. 3) Place a white piece of paper underneath the tank and a lamp overhead to cast an image of the waves onto the paper. 4) Make sure the shadow is the same size as the wave by ...
Mass = __________________ kg. The weight of the child causes the spring to compress elastically from a length of 30cm to a new length of 23cm. 5 Write down the equation which links compression, force and spring constant. [1 mark] 6 Calculate the spring constant of the spring. Give your answer in newtons per metre.
Q6. Starting with the most accurate, sort these methods of measuring the wavelength of a water wave into order of decreasing accuracy. 1. - Measure the length of ten waves and divide the answer by ten. 2. - Measure the length of one wave three times and calculate the average. 3. - Measure the length of one wave once.
Explain what we have above and below the ripple tank. -Above the ripple tank we have a lamp and below the ripple tank we have a sheet of white paper. State what the light from the lamp -produces when it shines trough the water. -When the light shines trough the water, it produces an image of the waves on the paper.
A diagram of the apparatus used to investigate the features of mechanical waves . Set up the equipment as shown in the diagram. Count the number of waves that pass a given point over 10 seconds. Divide the number of waves by the 10 seconds to find the frequency of the waves. Measure the length of the ripple tank from paddle to end using a ruler.
Ripple tank and accessories. Asking questions - an activity which may help with discipline in a half-dark room - encourages students to think and extend their observations. ... If you are going to use a set of ripple tanks for a class experiment, you may want to leave them on a side bench between successive lessons. Or, if the lesson ...
Investigating Refraction. Refraction can be shown by placing a glass block in the tank. The glass block should sit below the surface of the water and cover only some of the tank floor. The depth of water becomes shallower here the glass block is placed. Since speed depends on depth, the ripples slow down when travelling over the block.
Questions and answers included. One example also included. Delete slides as appropriate. Creative Commons "Sharealike" Reviews. 5 ... Great for helping my Y11s understand the different aspects of the ripple tank required practical, thank you for sharing this for free. Empty reply does not make any sense for the end user. Submit reply Cancel.
A ripple tank can be used to measure and calculate frequency, wavelength and the speed of waves on the surface of the water it contains. It is a transparent shallow tray of water, with a light ...
In the middle of the paper use a ruler to mark a straight line of about 10 cm long Use a protractor to draw a 90° line that bisects (cuts in half) the 10 cm line Place the mirror on the first line as shown in the diagram above
docx, 53.47 KB. Waves in a Ripple Tank and Solid Required Practical script for AQA GCSE Physics (specification 8463) is provided. This script serves as a step-by-step guide for students to navigate through the method, allowing teachers to observe with minimal intervention from the front of the class. After completing the practical, students are ...
Learn about and revise wave properties, calculations involving waves and measuring the speed of sound with GCSE Bitesize Combined Science.
Edit. 45 seconds. 1 pt. i)A device to produce water waves and to study their characteristics is known as. screw gauge. ripple tank. measuring cylinder. wave container. 2.
Investigating Refraction. Refraction can be shown by placing a glass block in the tank. The glass block should sit below the surface of the water and cover only some of the tank floor. The depth of water becomes shallower here the glass block is placed. Since speed depends on depth, the ripples slow down when travelling over the block.