phys 122 lab report 6

Grade 10 P1 September 2021 Physical Sciences Amathole East District QUESTION 1 (Multiple cholcs questions) Various options have been provided as possible answers to the following questions. Choose the answer and write only the letter (A - D) next to the question numbers (1.1 to 1.5) 1.1 Wavelength divided by period is... A Frequency IAmplitude C Wave spoed D Distance wave, the particles oscillate in the parallel 1.2. In a lan direction to the wave direction A Transverse B Electromagnetic C Water D Longitudinal 1.3 A lost boy cries out for help next to the cliff and the echo of his voice took 3 from the cliff to returm to him, the boy was at a distance of A 1029m 3 343m C 514.5m D 331m

PLEASE HELP FAST ON QUESTION 7 AND 8

Intendiinia Introduction to Oceanography Figure 3 An echo sounder determines water depth by measuring the time required for an acoustic signal to travel from a ship to the seafloor and back. The speed of sound in seawater is 1500 m/sec. th's with the invention of electronic depth-sounding equipment. The echo sounder (also referred to as sonar) measures the precise time that a sound wave, traveling at about 1500 meters per second, takes to reach the ocean floor and return to the instrument (Figure 3). Ships generally don't make single depth soundings. Rather, as a ship moves from one location to another, it continually sends out sound pulses and records the returning echoes. In this way, oceanographers obtain many depth recordings from which a profile (cross-sectional view) of the ocean floor can be prepared. Today, in addition to using sophisticated echo sounders such as multibeam sonar, oceanographers are also using satellites to map the ocean floor. Outgoing signal Reflected signal…

ory IH Block. Algebra 1 Period A.. Physics With Algeb... Grade 9 ELA 2020-.. To vacuum pump The vacuum pump is turned on and removes the air from inside the jar. Which of the following statements explains what happens when someone calls the cell phone? Athe work, A. The signal does not reach the phone because sound needs a medium through which to travel. The assignment M before Wednesday B. The signal does not reach the phone because the signal needs a medium through which to travel. C. The phone receives the signal and can be heard ringing because both the signal and sound can travel 111 a vacuun. D. The phone receives the signal but cannot be heard ringing because the signal can travel in a vacuum but sound cannot. Class comme Add a class comn Page ME

Part 3: UFO A stationary person hears a 395 Hz signal coming from a UFO that is moving away from the person. If the frequency th emitting is actually 593 Hz & the air temperature is 24°C, determine how fast the UFO is moving. MONA

Help | Rylie Spencer (786435574) Close oius pry Applied Physics I: Section 4 (F21) / W14 Individual Exercises ndividual Exercises Remaining Time: 183:12:22 What frequency of sound is observed if the 449 Hz source is traveling away from a stationary observer at a speed of 24.8 m/s? (assume the speed of sound estion 5 in air is 343 m/s) Number Units I Do? Back Question Menu a Next Submit Assignment Quit & Save 8:46 AM 31°F Cloudy 12/8/2021 Type here to search DELL Delets

fiction-horror-thriller film the movie trailer announced: 1. In a science "IN SPACE, NO ONE CAN HEAR YOU SCREAM!!" BRIEFLY Explain why.

Question 5 Ultrasound with a frequency of 4070262 Hz can be used to produce images of the human body. If the speed of sound in the body is the same as in saltwater, 4346 m/s, what is the length of a 4070262-Hz pressure wave in the body? No need to include the unit. Write your answer in scientific notation. (1.11e+1) Round your answer to 2 decimal places.

9

DE-3 A train is traveling south at 50.0m/s and is blowing its 15,000Hz whistle continuously as it approaches the intersection of the track and the road. A car is traveling west at 30.0m/s on the road toward the intersection as shown in the figure. a) Find the wavelength of the sound waves traveling south from the train. b) Find the wavelength of the sound waves traveling north from the train. c) The sound waves emitted by the train in the position shown arrive at the car when the car is in the position shown. Find the frequency heard by the car driver in the position shown. Train V₁-50.0m/s 120m + W S 90.0m Vc=30.0m/s car

Suppose a wave has a frequency of 300 kHz. How long does one complete cycle take? a. 1.3 second b. 3.33 millisecond c. 1/3000 second d. 3.33 microsecond

Need help 8

IA Physical Science Final Exam 44 Login D World War II for Kid... Question 5 Tools - Alrat 40°C ✔Question 5 The table shows the speed of sound in different media Media Speed of Sound (m/s) 355 O A 8 V >> C OD A sound wave travels through the air, then into a glass block. Assuming frequency remains the same, how is the wavelength affected? It decreases. Q Zoom 4540 It increases. It remains the same. Google Play Music... It increases then decreases. canx4Lgang 720p https://testing.illuminateed.com/assessment/6390dbed8bf909b5078b5f80/6399eec3401f46da078bd7 ON

What is the measurement of the velocity of moving particles the Doppler effect is based on? Remember that you can check the theory tab on your LabPad. a) A shift in the volume b) A shift in the frequency of the sound c) The Doppler effect cannot be used to measure the velocity d) A shift in the intensity of the sound

Rioetinor part le 02015, Dan Ruesell Which statement describes how sound waves are transmitted through a medium? A Sound waves are transferred from particle to particle in a medium. Sound waves pass through the spaces between the particles of a medium. Sound waves push all the particles of a medium in front of them, creating a shock wave. Sound waves pass through the particles of a medium because the particles are transpare

QUESTION 4 Lab Exercise 6: Calculating the Speed of Sound Use the equation: λ = 4(L + 0.3d) , to solve for the wavelength of sound.  This is the info I can give you: 3 cm diameter of plastic pvc pipe 17 cm of water 1 meter pvc tube  100 cm - 16.9 cm = 83.1 cm from the top of the tube to the top of the water gave me the loudest sound What is the calculated wavelength?

2. Which of the following data sets is most likely the data that Alexandra and Sal recorded when running their first experiment? Length (m) b. Period Length Period Trial a. Trial (m) (s) (s) 1 0.5 2.84 1 0.5 1.42 1.0 2.46 2 1.0 2.01 1.5 2.01 3 1.5 2.46 4 2.0 1.42 4 2.0 2.84 Length (m) d. Period C. Length Period Trial Trial (m) (s) (s) 1 0.5 2.46 1.5 2.46 2 1.5 2.46 2 1.0 2.46 3 1.5 2.46 3 1.5 2.46 4 1.5 2.46 4 2.0 2.46 ate Education TM, Inc.

2 A radar system operating at frequency of 15 GHz. The target speed resolution is given as 10 m/s. If the number of filters implemented for detection of Doppler frequency shift is 115. a. Calculate the target speed range. b. Calculate the velocity of cach target. c. If the system used is used as speed monitoring in a road with maximum speed = 120 km/Hr. What will be maximum speed in km/Hr that the Radar classify as not over speeding. Assume operating frequency and Doppler shift remains the same. Give justification to your answer.

Dashboard / My courses / PHYS1211 / Section 12 - Mr. Maroof / Quiz 1-Section 12 Question 1 The diagram below represents a wave Not yet answered 0.20 m Marked out of 1.00 P Flag question 0 20 m 6.0 m What is the speed of the wave if its frequency is 8.0 hertz? O a. 3.2 m/s O b. 48 m/s O c 1.6 m/s O d. 16 m/s Window ENG d0) E A 15 16 17 米 米 4+ 24 4. & 7 V #3 3 W T Y 16

Water waves A snapshot of a water wave moving toward shore is described by the function z = 10 sin (2x - 3y), where z is the height of the water surface above (or below) the xy-plane, which is the level of undisturbed water.a. Graph the height function using the window [-5, 5] × [-5, 5] × [-15, 15].b. For what values of x and y is z defined?c. What are the maximum and minimum values of the water height?d. Give a vector in the xy-plane that is orthogonal to the level curves of the crests and troughs of the wave (which is parallel to the direction of wave propagation).

1. If you consider a blinking light source that is receding an observer, what happens to its speed? A. Increases B. Decreases C. Remains the same D. Needs more information 2. If you consider a blinking light source that is receding an observer, what happens to its frequency? A. Increases B. Decreases C. Remains the same D. Needs more information 3. If you consider a blinking light source that is receding from an observer, what happens to its wavelength? A. Increases B. Remains the same C. Decreases D. Needs more information

Family History I-learn DDisney+ | Movies a... Bb Cassia County Scho... M HBO Max pius Help F Applied Physics I: Section 4 (F21) 7 W14 Individual Exercises vidual Exercises on 2 What is the wavelength of a 446 Hz sound wave if it is traveling in air at a temperature of 20.0 degC? Number Units Submit Assignment Quit & Save 31°F re to search

q30 You and a friend are sitting on a balcony watching a storm roll in over the bay. In the distance you see a bright spark of lightning, followed a few seconds later, by a low rumble of thunder. Your friend asks why thunder follows lightning and if it ever occurred the other way around. You turn to your friend and briefly explain. What do you say?

8. light source of 1×10^15 Hz moves toward you. If you are at rest and detected this light at 2x10^15 Hz, what was the speed of the source? *

Movies a... Bb Cassia County Scho.. Sbius ctory Applied Physics I: Section 4 (F21) W14 Individual Exercises Individual Exercises estion 1 What is the speed of sound in air at at temperature of 25.3 degC? Number Units I Do? Qu Submit Assignment

PHYSICS Unit 6C INMOTION>>>>>> gpb.org/physics-motion The Doppler Effect The Doppler Effect Lab Name: Date: Questions to consider: 1. How would the observed frequency compare to the emitted frequency if the observer was moving in the same direction at the same velocity as the car? Draw a diagram to support your answer. 2. Based on your findings, how would the observed frequency compare to the emitted frequency if the observer was moving toward a stationary car? Draw a diagram to support your answer. 3. How would the observed frequency compare to the emitted frequency if the observer was moving away from a stationary car? Draw a diagram to support your answer. Copyright © 2018 Georgia Public Broadcasting. All rights reserved. Use or distribution by an unintended recipient is prohibited. Unit 6C The Doppler Effect Lab

Physicsq8

Need help 2