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12. Given that the endpoints of the slinky must remain still (nodes), why is it not...
I don't know how much help you can give me but if you can please help...
I don't know how much help you can give me but if you can please help answer 5-8! TIA Shake the non-fixed end of the slinky to create a standing wave. If you do this on the floor, it would be best to have a hard surface, so the slinky is not sliding against carpet. Practice until you are able to produce standing waves with two nodes(at the two ends), three nodes (two at the ends and one in the middle), and...
12. A longitudinal standing wave can be created in a long, thin aluminum rod by stroking...
12. A longitudinal standing wave can be created in a long, thin aluminum rod by stroking the rod with very dry fingers. This is often done as a physics demonstration, creating a high-pitched, very annoying whine. From a wave perspective, the standing wave is equivalent to a sound standing wave in an open-open tube. In particular, both ends of the rod are anti-nodes. What is the fundamental frequency of a 2.50 m -long aluminum rod? The speed of sound in...
Problem 4 [8 pts] A long pipe, length L, is closed at both ends, and filled...
Problem 4 [8 pts] A long pipe, length L, is closed at both ends, and filled with a gas with speed of sound v. The pipe is excited in some fashion in order to produce standing waves. (a) Sketch the standing wave pattern for the four lowest frequencies supported by this pipe. Label the nodes and antinodes. (b) Make a table of the wavelengths and frequencies of the sound waves that are formed by these four excitations, in terms of...
Standing Waves in a Pipe - Both Ends Open Pattern (a) Pattern (b) Pattern (c) Pattern...
Standing Waves in a Pipe - Both Ends Open Pattern (a) Pattern (b) Pattern (c) Pattern (d) The above figure shows standing wave patterns in a pipe whose left end is closed but the right end is open in all the patterns, the length of the pipe L = 2.10 m. The speed of sound in air is 343 m/s. You will find the wavelengths and frequencies of these standing wave patterns. (C) In Pattern (c), What is the wavelength?...
A certain string is pulled taught between two supports, a distance L apart. When the string...
A certain string is pulled taught between two supports, a distance L apart. When the string is driven at a frequency of 850 Hz a standing wave is observed with n anti-nodes. When the string is driven at 1190 Hz a standing wave is observed with n + 2 anti-nodes. a) What is the fundamental frequency of the set-up? b) What is the numerical value of n? c) The distance between the supports is kept fixed, as is the linear...
please answer all pre-lab questions 1 through 5. THANK YOU!!! this is the manual to give...
please answer all pre-lab questions 1 through 5. THANK YOU!!!
this is the manual to give you some background.
the pre-lab questions..
the pre-lab sheet.
Lab Manual Lab 10: String Waves & Resonance Before the lab, read the theory in Sections 1-3 and answer questions on Pre-lab Submit your Pre-lab at the beginning of the lab. During the lab, read Section 4 and follow the procedure to do the experiment. You will record data sets, perform analyses, answer questions, and...
Can you help me to do the calculation and graph for two tables? thank you mass...
Can
you help me to do the calculation and graph for two tables? thank
you
mass = 100g
ANALYSIS AND QUESTIONS: 1. Plot a graph of the wavelength versus the inverse of the frequency, 11f. Draw a "best-fit" straight line and determine the slope. 2. Determine the tension of the string from knowledge of the slope. 3. Compute the velocity v of the wave in the string using Eqn. (2). 4. As the frequency is increased, what happens to the...
Question 4 to 11 plz Dr? Standing Waves on a String Physics Topics If necessary, review...
Question 4 to 11 plz Dr?
Standing Waves on a String Physics Topics If necessary, review the following topics and relevant textbook sections from Serway / Jewett "Physics for Scientists and Engineers", 9th Ed. • Mathematics of Traveling Waves (Serway 17.2) • Speed of Waves on a String (Serway 17.3) • Superposition of Waves (Serway 18.1) • Standing Waves on a string (Serway 18.2, 18.3) Introduction Imagine two sinusoidal traveling waves with equal amplitudes and frequencies moving in opposite directions....
parts c and d please steps would be helpful in the arrangement shown below, an object...
parts c and d please steps would be helpful
in the arrangement shown below, an object can be hung from a sting with linear mass density μ 0.00200 kg m that passes over a light pulley. The string is connected to a vibrator of constant frequency and the length of the string between polnt P and the pulley Iis L 1.90 m. When the mass m of the object is elther 25.0 ka or 36.0 kg, standing waves are observed;...
A rope is fixed at both ends and under a tension of 100 N (where N...
A rope is fixed at both ends and under a tension of 100 N (where N is the symbol for newton, transverse displacement of the rope, in metres, is given by y = (0.5) sin ( x) cos | 4 1 + 100) t where x is distance along the rope in metres, x = 0 at one end of the rope, t is time in seconds, and N 17 (a) What are (i) the length of the rope, (ii...
Problem 4 [8 pts] A long pipe, length L, is closed at both ends, and filled with a gas with speed of sound v. The pipe is excited in some fashion in order to produce standing waves. (a) Sketch the standing wave pattern for the four lowest frequencies supported by this pipe. Label the nodes and antinodes. (b) Make a table of the wavelengths and frequencies of the sound waves that are formed by these four excitations, in terms of...
Standing Waves in a Pipe - Both Ends Open Pattern (a) Pattern (b) Pattern (c) Pattern (d) The above figure shows standing wave patterns in a pipe whose left end is closed but the right end is open in all the patterns, the length of the pipe L = 2.10 m. The speed of sound in air is 343 m/s. You will find the wavelengths and frequencies of these standing wave patterns. (C) In Pattern (c), What is the wavelength?...
please answer all pre-lab questions 1 through 5. THANK YOU!!!
this is the manual to give you some background.
the pre-lab questions..
the pre-lab sheet.
Lab Manual Lab 10: String Waves & Resonance Before the lab, read the theory in Sections 1-3 and answer questions on Pre-lab Submit your Pre-lab at the beginning of the lab. During the lab, read Section 4 and follow the procedure to do the experiment. You will record data sets, perform analyses, answer questions, and...
Can
you help me to do the calculation and graph for two tables? thank
you
mass = 100g
ANALYSIS AND QUESTIONS: 1. Plot a graph of the wavelength versus the inverse of the frequency, 11f. Draw a "best-fit" straight line and determine the slope. 2. Determine the tension of the string from knowledge of the slope. 3. Compute the velocity v of the wave in the string using Eqn. (2). 4. As the frequency is increased, what happens to the...
Question 4 to 11 plz Dr?
Standing Waves on a String Physics Topics If necessary, review the following topics and relevant textbook sections from Serway / Jewett "Physics for Scientists and Engineers", 9th Ed. • Mathematics of Traveling Waves (Serway 17.2) • Speed of Waves on a String (Serway 17.3) • Superposition of Waves (Serway 18.1) • Standing Waves on a string (Serway 18.2, 18.3) Introduction Imagine two sinusoidal traveling waves with equal amplitudes and frequencies moving in opposite directions....
parts c and d please steps would be helpful
in the arrangement shown below, an object can be hung from a sting with linear mass density μ 0.00200 kg m that passes over a light pulley. The string is connected to a vibrator of constant frequency and the length of the string between polnt P and the pulley Iis L 1.90 m. When the mass m of the object is elther 25.0 ka or 36.0 kg, standing waves are observed;...
A rope is fixed at both ends and under a tension of 100 N (where N is the symbol for newton, transverse displacement of the rope, in metres, is given by y = (0.5) sin ( x) cos | 4 1 + 100) t where x is distance along the rope in metres, x = 0 at one end of the rope, t is time in seconds, and N 17 (a) What are (i) the length of the rope, (ii...
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