Module 1 Lab 1 Properties of Waves

You can use the pressure meter tool to keep track of the pressure at a particular place over time. Place the detectors Into the middle of your sound wave box. Hit play and then PAUSE and adjust the position of your pressure sensors. 7. Where particles are close together (In the light color bands). pressure is 8. Where particles are further apart (In the dark color bands), pressure is Hopefully you noticed that a high pressure reading matches a where the particles are close together in a light-coloured band. This is called an area of wave compresslon. Where particles are further apart in the dark coloured band, there Is less pressure. Scientists call these areas of the wave rarefactlons. • Set the amplitude to zero. This shows where the particles would be if there Is no sound. • Slowly Increase and decrease the amplitude. • Use the pressure tool to measure pressure. You may have to do this a few times to see a pattern. 9. Insert a screen capture of pressure waves that would Indicate a…

______________ piezoelectricity is the effect that happens when returning waves cause mechanical stress on the piezoelectric crystals, resulting in voltage generation. a. indirect b. converse c. inverse d. direct

This is not a project and/or assignment for marks, as theses are textbook questions, and will not be copying the tutors work/answers. Please answer all the questions in the space provided and in full details. Answer in complete sentences. Take as much time as needed to answer all of the questions correct please and thank you. Will write a very neat and wonderful review afterwards.

44. What type of electrical component has this a graph for its IV curve? And which Letter marks its forward conduction turn on point. E A

How many holes are there in a conductor?Please select one:a.Same number as free electronicsb.Only those produced with thermal energyc.Manyd.None

Please choose the correct answer for question number 2. EXPLAIN BRIEFLY why it is the correct answer. Thanks!

Note: Please do not handwritten.

5. Assignment 1: Derive the microscopic model of current. Explain each step carefully with diagram. Hand written. Explain the Random, and drift velocity. Give values.

Question 2 Mechanical waves are classified according to how they move. their size. their shape. their source.

Enumerate devices that use electromagnetic induction to operate.

04: A/Write (True) for the correct answer and (False) for the wrong one: (select two nly) 1. 1. Coulomb's law can be defined as: the charge moved with an electrical energy over a distance can create a work. 2. 2. Electrical charge never generated unless there's an electrical force. 3. 3. The work done over any charge can act as a force.

Don’t copy others work.  Here is only one question.  Don't say multiple question.  Sub: Optoelectronic  Dept:EEE

Answer question clearly and fully. Make sure I can properly read out the steps. Include any and all equations used during the solving process.

3. State the number of significant figures in each of the following: (a) 542, (b) 0.65, (c) 27.25, (d) 0.00005, (e) 40 × 10°, (f) 20,000.

I need the answer as soon as possible

solve all or will dislike

Explain Ampere’s law.

I need the answer as soon as possible

26)This multiple choice question from MEASUREMENTS INSTRUMENTATIONS course.

The is the distance from-1 the centre of one slot to the centre of .the next slot a) coil span O b) pole pitch O c) slot pitch O

Q# 02: i- What is difference between a Thyrister & Triac device? ii- Draw symbols of each device. iii- Draw the V-I characteristic curve of a TRIAC device and describe it in your own words.

How we can classify optical fibers

20: In which year Paris used the wave energy to produce electricity? a. 1889 b. 1799 c. 1789 d. 1709 21: Non-Conventional energy sources are _______________ and can be replaced. a. Great quantity b. Abundance c. Limited d. Unlimited

List the three major causes of laser accidents

What is the maximum number or electrons that can exist in the 3rd shell of an atom? Please explain properly. Will give thumbs up.

bläi 5 State and explain Len's law in electromagnetic field theory in the principles of conservation of .energy

3. State the number of significant figures in each of the following: (a) 542, (b) 0.65, (c) 27.25, (d) 0.00005, (e) 40 x 10°, (f) 20,000.