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This free App on Radar & Sonar Engineering coversmostimportanttopics in simple English and diagrams for a quickstudyandrevisions at the time of Exams, Viva, AssignmentsandJobinterviews. It is the most useful App for lastminutepreparations.The best app for school, college and work. Ifyou area student Itwill help to learn a lot. This useful App lists170topics in 5chapters, totally based on practical as well as astrongbase oftheoretical knowledge with notes written in verysimpleandunderstandable English. Consider this App as a quicknoteguidewhich professors use in a classroom. The App will helpinfasterlearning and quick revisions of all the topics. Some ofthetopicsCovered in the app are: 1. Introduction to RADAR2.RadarFrequencies 3. APPLICATIONS OF MAGNETRON 4. RadarBlockDiagram andOperation 5. Applications of Radar 6. History ofRadarDevelopment7. Simple form of Radar Equation 8. Prediction ofRangeperformance9. Minimum Detectable Signal 10. Receiver NoiseandExpression forminimum detectable Signal 11. Pulserepetitionfrequency &range ambiguities 12. Integration of RadarPulses13. RADAR CROSSSECTION OF TARGET 14. Cross-sectionfluctuation. 15.System losses16. Transmitter Power 17. AntennaParameters 18.PropagationEffects 19. Signal to noise ratio 20.INTRODUCTION TORADARTRANSMITTERS 21. Types of Transmitter 22.RadarTransmitterParameters 23. POWER SOURCES AND AMPLIFIERS 24.TheMagnetronOscillator 25. Klystron Amplifier 26. ClassificationofKlystronAmplifier 27. Application of KlystronAmplifier28.Traveling-wave-tube Amplifier 29. Different TypesofTravellingWave Tube Amplifier 30. Amplitron 31. Stabilitron32.RADARModulators 33. Line-type Modulator. 34.Active-SwitchModulators35. Hard-tube Modulator 36.Saturable-reactor Modulator37.Modulator Pulse Shape 38. Solid-StateOscillators 39.Thyratrons40. RADAR ANTENNAS. 41. RADAR ANTENNAPARAMETERS 42.PARABOLICANTENA 43. Feeds for Paraboloids 44.Scanning-feedReflectorAntennas 45. Cassegrain Antenna 46. LensAntennas 47.ArrayAntennas 48. Cosecant-squared Antenna 49. Radomes50.ApertureAntenna 51. Different types of Antennas in RADARSYSTEM52.Polarization 53. Antenna Radiation 54. The Doppler Effect55.CWRadar 56. Range and Doppler Measurement57.Frequency-modulatedRADAR 58. FM-CW radar usingsidebandsuperheterodyne receiver 59.FM-CW radar withsignal-followingsuperheterodyne receiver 60.FM-CW technique foreliminating thefixed error 61.Double-modulated FM radar 62.Multiple Frequency CWRadar 63.Moving-target-indication (MTI) Radar64. MTI receiverwithdelay-line canceler 65. MTI radar with poweramplifiertransmitter66. MTI radar with power oscillator transmitter67.Delay Lines andCancelers 68. Delay-line Construction 69.FilterCharacteristics ofthe Delay-line Canceler 70. Blind Speeds71.Response ofSingle-delay-line Canceler 72. Multiple andStaggeredPulseRepetition Frequencies 73. Double Cancellation 74.FMDelay-lineCancellation 75. Generation of the PulseRepetitionFrequency 76.Pulse-doppler Radar 77. Noncoherent MTI 78.MTI from aMovingPlatform - AMTI 79. Pulse-Doppler AMTI. 80.Pulse-DopplerAMTI. 81.Phase detection in Non-Coherent MTI 82. MTIUsing RangeGates andFilters 83. Effect of Side lobes onPulse-Doppler AMTIRadar 84.Limitation of MTI performance 85. LOSSESIn MTI 86. MovingTargetDetector (MTD). 87. Tracking with Radar 88.SequentialLobing. 89.CONICAL SCANNING 90. CONICAL SCAN-RADAR 91.BoxcarGenerator 92.Automatic Gain Control 93. Simultaneous Lobingor Monopulse 94.Amplitude monopulse antennapatterns95.Amplitude-Comparison-Monopulse RADAR96.Two-coordinateamplitude-comparison-monopulse Tracking radar.97.Monopulse ErrorSignal 98. Phase-comparison-monopulse radar.Radar& SonarEngineering is part of electronics,communication,Aerospaceengineering education courses and technologydegreeprograms atuniversities.

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Perform physics experiments with your phone. (by the RWTHAachenUniversity)

From this App you can learn:Discuss and explore the nature of sound waves, existinginourdaily life.Explore about the intensity of sound waves and probe itsrelevancetodaily life.Expand the concept of reflection of sound waves andinvestigateaboutthe phenomenon of an echo with its relevantapplications insonar andradar.Examine the concept of refraction of sound waves, anditsapplicationto find the depth of an ocean.Examine and explore the natural frequency and higherorderharmonicsof the object that produces the sound.Discover the vibrations of air column in musical instrumentsanditsrelated modes in open and closed tubes.Understand the concept of resonance and its applicationsindailylife scenarios.More details please visit http://www.wonderwhizkids.com/"Wonderwhizkids.com" hosts concept oriented content inMaths&Sciencesspecially designed for K-8 to K-12 grades."Wonderwhizkids(WWK)enablesstudents to enjoy learning with applicationoriented,visuallyrichcontent which is simple and easy to understand. Thecontentisaligned tobest practices of learning and teaching.Students can develop strong basics, criticalthinkingandproblemsolving skills to do well in school and beyond. Teachers canuseWWKas areference material to be more creative indesigningengaginglearningexperiences. Parents also can actively participateintheirchild'sdevelopment through WWK".This topic covers under Chemistry subject as a part oftheWavesAnd Optics topicand this topic contains following sub topicsSound WavesSpeed of sound wavesIntensity of sound wavesBoundary behaviour of sound wavesNatural frequencyVibrations of air column