Revien• Part BLearning GoalWaves on a Sting - CalculationsA brother and sister try to communicate with a string tied between two tin careCalculate the speed of the wave for a tersion of 22N.Keep 2 digits after the decimal point, in mislension = 22N Vm/SubmitReovest AnerThe string is 8.1m long, has a mass of o 044 kg and is pulied taut with aterision of 18 N• Part CNote in the speed formula v /FT.theje is calcated as total mass of the string in kg/total lengh of the string in metersCalculate the time of travel for a tension of 22 NKeep 3 digits ater the decimal point, in secondsSubmitBeavest AnwrPart DCalculate the time of travel for a tension of 32 N.Keep 3 digits after the decimal point, in secondsbrsNew tesion, tSubmitRequest Answer

Given Length of the string 8.1 m Mass of the string = 0.044 m To find out Speed of the wave for T=…

Part B Learning Goal Waves on a Sing - Calculations A brother and sister try to communicate with a string tied betesen two tin cans Calculate the speed of the wave kor a tension of 22N. Keep 2 digts aher the decimal point, in mi tension = 22N v- m/ Submit Reoest Aner The string is -81m long. has a mass of o 044 kg and is puled taut with a terision of 16 N. Part C Note in the speed formula v/Fl. the is calcated as total mass of the string in kg/total lengh of the string in meters Calculate the ime of vavei tora nsion of 2N. Keep 3 digits ater the decimal point, in seconds

Part B Learning Goal Waves on a Sing - Calculations A brother and sister try to communicate with a string tied betesen two tin cans Calculate the speed of the wave kor a tension of 22N. Keep 2 digts aher the decimal point, in mi tension = 22N v- m/ Submit Reoest Aner The string is -81m long. has a mass of o 044 kg and is puled taut with a terision of 16 N. Part C Note in the speed formula v/Fl. the is calcated as total mass of the string in kg/total lengh of the string in meters Calculate the ime of vavei tora nsion of 2N. Keep 3 digits ater the decimal point, in seconds

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

Question 2 Q Zoom Question 2 If a wave is traveling at a certain speed and the frequency is increased, what will happen to its wavelength? The wavelength will increase. The wavelength will produce a standing wave. The wavelength will remain the same. The wavelength will decrease. ©2021Illuminate Education TM, Inc. B.
Bridging Physics RevisiON 0/1 X What is the frequency of the wave below? * 40 180 time (ms) 4.
help please
2 objects are traveling toward one another, with one object making a sound and the otehr recieving the sound. A. describe what occurs to the wavelength, frequency, and wave speed as the objects get closer. B. describe what ocurrs to the wavelengths as they get further away from eachother. C. for either of the previous questions, does it matter which object is moving?
i need clear ans by hand and solve very very fast in 20 min and thank you | DYBALA The speed of propagation of a surface wave in a liquid of depth much greater than A is given by V= gλ 2п + 2πΥ ρλ
One end of a nylon rope is tied to a stationary support at the top of a vertical mine shaft of depth 85.0 m. The rope is stretched taut by a box of mineral samples with mass 15.0 kg attached at the lower end. The mass of the rope is 2.30 kg. The geologist at the bottom of the mine signals to his colleague at the top by jerking the rope sideways. (Do not neglect the weight of the rope.)
r3
6 Problem #6 A string with linear density 2.0g/m is lies along the positive x-axis with tension 80N. One end of the string is tied to a hook at x = frequency of 100HZ with a maximum displacement of 1.5mm. At t = Os, the hook is at its lowest point: Om that oscillates up and down at a 1. What is the wave speed on the string, and the wavelength? 2. What is the amplitude of the wave, and its phase constant? 3. Write the displacement equation D(x, t) of the traveling wave. 4. What is the string's displacement at x = 0.50m and t = 10ms?
Question 2 Two sinuscidal waves traveting in opposite directions interfere to produce a slanding wave Wth the wave Function u= (3.50 m) sinco.a0x) cos (i0ct) where x is in meters and t ie is in Secanes. Determine the wGIveleneth, Frequency and speed oF the interfering waves.
lear selection A student wants to establish a standing wave on a wire 1.8 m long clamped at both ends. If the wave speed is 72 m/s, what is the minimum frequency she should apply to set up standing waves?
Barber's Problem (turn in this problem only) A high speed train passes a station at full speed while sounding its horn. A person standing on the platform hears the horn at 420 Hz as the train approaches and 300 Hz after it passes. Assuming that the speed of sound is 343 m/s; a. How fast is the train moving? b. What is the frequency of the horn as observed from the train.
B9