# Ripple tank experiment lab report. Physics of Water Waves :: Lab Report 2019-02-02

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## Basic experiments with ripple tanks

Cardboard tube Q is adjusted until the ticking of the stopwatch is heard most clearly. Wave Interference Double Slit Interference Constructive Interference Interference from two sets of periodic and concentric waves with the same frequency. The deflection of the galvanometer is observed. Use Huygens construction to explain reflection. When two sets of circular waves of the same frequency and wavelength cross in a ripple tank, an interference pattern like that drawn on the next page is formed. Find out about and write a page describing how we use Total Internal Reflection. No some frequencies of sound are outside our audible range.

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## Topic 3: Waves

Results: The faster the magnet bar is moved, the higher the deflection of the galvanometer. The pitch of the note emitted from the speaker is listened to carefully. Total Internal Reflection As a wave leaves an optically dense substance it speeds up. Reflection: The bouncing of light The angle a beam of light makes when it strikes a surfaces with respect to the normal, an imaginary line drawn perpendicular to the surface. The signal generator is started and adjusted to emit loud sounds at a suitable frequency.

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## Diffraction in a ripple tank

Observe how the wave changes direction when it crosses the boundary. The frequency of the generator is fixed at 200 Hz. A magnet is placed into the solenoid slowly. Where would be the most sheltered place to moor? The first phenomenon observed was reflection. It is aligned so that one of its sides is parallel with the incident wavefronts. The metal rod is wrapped with 10 turns of the insulated copper wire and both ends are connected to a circuit as shown in the diagram.

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## Practical Physics: Basic Experiments with Ripple Tanks

Any unauthorised copying or posting of materials on other websites is an infringement of our copyright and could result in your account being blocked and legal action being taken against you. The reflected waves are also circular, however they have a centre point that is position behind the barrier. Refraction Download this video clip to your desktop and use video analysis in loggerpro and the onscreen protractor to show that This is Snell's law and we will use it again with light. If you study wave propagation, reflection, refraction or diffraction, this completely redesigned ripple tank system is a necessity in your lab. When the water is disturbed it can be seen on a white surface positioned under the tray. The switch is closed and the rheostat is adjusted until the ammeter reading, I is 0. The image is one that I found along the coast of Southern England.

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## Ripple Tank System: PASCO

This is to maintain the temperature of the eureka wire so that the resistance does not increase. When the amount of interference decreases, the width of any given antinode increases. This is similar to the reflection of circular waves off a straight barrier. The interference pattern is observed using a stroboscope. A buoyant force is the normal force that pushes up on the boat supporting its weight in a fluid.

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## IB Physics: Activity: Waves in a ripple tank

What would be the worst design? Task: You should use the internet to investigate e-m waves and complete the. The behavior of a physical model cannot ever be expected to represent the full-scale phenomenon with complete accuracy, not even in the limited set of characteristics being studied. The switch is closed and the rheostat is adjusted until the ammeter reading, I is 0. Law of Reflection- the principle that when a ray of light, radar pulse, or the like, is reflected from a smooth surface the angle of reflection is equal to the angle of incidence, and the incident ray, the reflected ray, and the normal to the surface at the point of incidence all lie in the same plane. Based on the graph, it is found that the resistance increases with the temperature. There are many forces that act on a sailing ship to put it in motion, but the buoyant force is what is required to keep the boat from sinking. The student is told to listen for the sounds from the radio.

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## F5 Physics Experiment List

I recommend using the following links to help you: and Physics for You pp216-224 questions pp225. Investigate your theory using a ripple tank. This was achieved by placing a rectangular object into one end of the tank. A light bulb is connected across terminals X and Y. A radio playing music is placed at the side of the laboratory wall around a corner as shown in the diagram from the student. When straight waves travel from a deep region of water into a shallow region, it is found that the speed of the waves is slower in the shallower region. Although many aspects of remote sensing are complex and difficult to understand the basic theory behind remote sensing is simple physics.

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## Diffraction in a ripple tank

Results: The speed of the movement of the copper wire increases when a bigger current flows through. Interference from two sets of periodic waves derived from a single source that passed through a barrier with two slits. Reflection of a parabolic or concave barrier can be closely compared to that of light waves off a concave mirror. Results: When the signal strength is increased, the wave amplitude increases, and the loudness increases. Conclusion: The increase in current flowing through the solenoid increases the strength of the electromagnet. Solve problems related to Snell's law.

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## Practical Physics: Basic Experiments with Ripple Tanks

Note: We define the angle of incidence relative to the normal. If you were designing a harbour, what would be the optimum gap in the sea wall to provide the most shelter to boats? Since the waves in Double Slit come from the same source they are in phase with one another. Huygens construction The properties of a wave can be explained by considering the wave front to be made of an infinite number of small wavelet sources. Conclusion: The potential difference is directly proportional to the current in an ohmic conductor. Reflection When a wave front hits a reflector each point on the reflector acts like a small wavelet source causing the wave to propagate in the other direction.

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## Topic 3: Waves

Wave Diffraction Diffraction can occur with any kind of wave. Waves can superpose on one another, bend around corners, reflect off surfaces, be absorbed by materials they enter, and change direction when entering a new material. A stopwatch is placed inside cardboard tube P at its closed end. Can you explain this with diagrams? The voltmeter reading is recorded. The experiment is repeated by changing the aperture size. Physics for You pp231 Analogue and Digital Signals Student self study lesson- anrophysics 2009. Sound and earthquake waves are examples.

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