Integrated Publishing

Interior Communications Electrician

Interior Communications Electrician, Volume 1

• Interior Communications Electrician, Volume 1
• Preface
• Table of Contens
• Credits
• Chapter 1 Electrical and General Safety Precautions
• Promoting Safety
• Figure 1-1.-High voltage warning sign.
• Figure 1-2.-Smoke pipe gases warning sign.
• Figure 1-4.-Safety posters.
• Figure 1-5.-Safety posters--Continued.
• Figure 1-5.-Safety posters--Continued.
• Figure 1-7.--CAUTION tag (colored YELLOW).
• Figure 1-8.-DANGER tag (colored RED).
• Figure 1-9.-Handle locking devices for circuit breakers.
• Figure 1-10.-Out-of-calibration label.
• Leakage Currents
• Figure 1-12.--DANGEROUS! BEWARE! Shipboard ungrounded electrical distribution systems
• Isolated Receptacle Circuits
• Table 1-1.--Rubber Gloves
• Rubber Floor Mating
• Electric Soldering Irons
• Test Equipment
• Lead-Acid Storage Batteries
• Alkaline Storage Batteries
• Cathode-Ray Tubes
• Figure 1-13.--Cathode-ray tube base structure.
• Paints and Varnishes
• Working Aloft
• Table 1-2.--Types of Fire Extinguishers
• Rescue
• Wounds
• Figure 1-14.-Direct pressure.
• Figure 1-15.-Pressure points for control of bleeding.
• Figure 1-16.-First-, second-, and third-degree burns.
• Figure 1-17.--Rule of Nines.
• Figure 1-18.-Hazardous noise warning decal.
• Heat Strees Control Program
• Chapter 2 Switches, Protective Devices, and Cables
• Figure 2-1.--Knife switches.
• Figure 2-4.--Type SR rotary snap switch (1SR, 10 ampere size).
• Figure 2-6.-Pile switches.
• Figure 2-7.--Rotary selector switch.
• Figure 2-10.--Type JA switch.
• Figure 2-11.--Type JA switch.
• Figure 2-13.--Lever-operated switch.
• Figure 2-15. Type IC/N Pressure Switch
• Figure 2-16.--Sensitive switch.
• Figure 2-18.--Water switch.
• Figure 2-19.--Liquid-level float switch.
• Figure 2-20.--Relay construction.
• Figure 2-21.--Relay enclosures.
• Figure 2-22.--Clapper relay.
• Figure 2-24.--Ac shunt relay.
• Figure 2-26.--Relay contacts.
• Figure 2-28.-Solenoid action.
• Figure 2-29.--Plug fuse.
• Time-Delay Fuses
• Figure 2-31.--Type EL-1 fuse holder.
• Figure 2-33.--Three-phase distribution wiring diagram.
• Figure 2-34.--Type ACB circuit breaker.
• Types of Air Circuit Breakers
• Figure 2-35.--Type AQB-A250 circuit breaker.
• Figure 2-36.-Type AQB-LF250 complete circuit breaker, front view.
• Figure 2-39.-Type NQB-A250 circuit breaker, front view with cover removed.
• Maintenance of Circuit Breakers
• Thermal Overload Relay
• Figure 2-40.-Schematic diagram of motor controller with thermal type of overload relay.
• Magnetic Overload Relay
• Table 2-1.-Cab1e Classifications
• Flexing Service
• Figure 2-2. Cables for Watertight (With Circuit Integrity) Nonflexing Service, Power and Lighting
• Table 2-3.-Standard Identification Code (STD)
• Table 2-4.--Telephone Identification Code (TEL)
• Figure 2-41.-Cable tags.
• Factors Affecting Insulation Resistance
• Figure 2-43.-Resistance Test Record Card, NAVSEA 531-1.
• Cable Repair
• Selecting Cable
• Figure 2-45.-Cables installed in a cable rack.
• Figure 2-46.--Modular cable supports.
• Figure 2-48.-Cable clamps.
• Figure 2-49.--Representative nylon stuffing tube installations.
• Figure 2-51.Connecting cable to a junction box.
• Figure 2-52.-Cable stripper.
• Figure 2-53.--Preparing cable ends.
• Figure 2-55.--Stripping wire with a hand stripper.
• Figure 2-57.--Applying single lace.
• Figure 2-59.-Starting double lace with the telephone hitch.
• Figure 2-62.-Serving conductor ends.
• Figure 2-67.-Securing wire bundles in high temperature
• Chapter 3 Power Distribution, IC Swit Chboards, and Controllers
• Figure 3-1.--Typical power distribution system found in a large combatant ship.
• Figure 3.2-npicai power distribution system found In a guided missile destroyer.
• Figure 3-3.-Emergency and ship's service distribution system interconnections.
• IC and ACO Switch Boards
• Figure 3-4.--Front-service switchboard.
• Figure 3-5.--ACO drawout switch unit.
• Figure 3-6.--Pictora1 view of ABT-1A2.
• Figure 3-7.--Schematic and wiring diagram of ABT-1A2.
• Figure 3-8.--Type IC/E1D1 electronic signal unit.
• Watch Standing
• Central Control Station Local IC Switchboard
• Table 3-1.--Common Bolt Size Torque Values
• Bus Transfer Equipment
• Adjacent Installations
• Distribution Boxes
• Figure 3-9.--Brush holder and brush-rigging assembly.
• Figure 3-10.--Measuring brush tension.
• Figure 3-11.--Method of sanding brushes.
• Figure 3-13.--Cleaning commutator or collector rings.
• Figure 3-14.--Representative types of ball bearings.
• Figure 3-16.--Grease-lubricated ball bearings.
• Figure 3-17.--Bearing pullers.
• Figure 3-18.--Diagram of an oil-ring lubricated bearing.
• Loose Metal and Solder
• Figure 3-19.--Static inverter.
• Chapter 4 Gyrocompass Systems
• Figure 4-1.--The gyroscope.
• Figure 4-3.--Weight distribution in rotors.
• Figure 4-5.--Continuous precession.
• Figure 4-6.--Free gyroscope at the equator viewed from space.
• Figure 4-9.--Apparent rotation of a gyroscope at 45N latitude.
• Figure 4-11.--A. Simple gyroscope. B. Modified gyroscope.
• Figure 4-12.--Effect of weight and earth's rotation on the gyroscope.
• Figure 4-14.--Effect of weights on the gyroscope.
• Figure 4-15.--Mk 23 Mod 0 gyrocompass equipment.
• Figure 4-16.--0perating procedures for the Sperry Mk 23 Mod 0 gyrocompass.
• Setting Correction Devices
• Figure 4-17.--Mk 23 Mod C-3 control cabinet.
• Figure 4- 18.--Mk 27 Mod O gyrocompass equipment.
• Figure 4-19.--Simplified diagram of the Mk 19 Mod 3A compass element.
• Figure 4-20.--Mk 19 Mod 3A gyrocompass equipment.
• Figure 4-21.--Two views of master compass element and supporting element.
• Figure 4-22.--Control panel.
• Fignre 4-24.--System control assembly.
• Figure 4-25.--A. Power supply. B. Mk 19 voltage regulator.
• Figure 4-26.--A. Meridian gyro control system. B. Block diagram
• Meridian Gyro Control System
• Compensation Signals
• Figure 4-27. Block Diagram of Compensation Signals
• Compensation Signals - Cont'd
• Figure 4-28. Simplified Schematic Diagram of a Complete Compass Control System
• Compensation Signals - Cont'd
• Figure 4-29.--Earth rate and constant torque compensation signals.
• Figure 4-31.--Simplified diagram of the roll and pitch follow-up system.
• Figure 4-32.--Block diagram of the roll and pitch follow-up system.
• Figure 4-33.--Block diagram of the data correction system.
• Figure 4-35. Alarm points in Compass Control and Follow-up Circuits
• Figure 4-36.--Block diagram of the complete alarm system.
• Figure 4-37.--Ball erector diagram.
• Starting Control Systems
• Operating the Mk 19 Mod 3A Gyrocompass
• Figure 4-39.--Standby power supply, door open.
• Figure 4-40. Block Diagram of Standby Power Supply
• Securing the Gyrocompass
• Starting the Mk 19 Mod 3B Gyrocompass
• Table 4-1. Computer Loop Setting for the Four Modes of Operation
• Figure 4-41.--Block diagram of a meridian gyro control system.
• Figure 4-42.--Accelerometer control loop.
• MK 19 Mod 3D Gyrocompass System
• Figure 4-43.--Stabilized gyrocompass set, AN/WSN-2.
• Figure 4-44.--Controts and indicators.
• Figure 4-45.--Control power supply.
• Figure 4-46.--Synchro signal amplifier, exploded view.
• Figure 4-47.--Inertial measuring unit exploded view.
• Figure 4-48.--Inertial measuring unit.
• Table 4-2.--Gyrocompassing and Calibration Sequence
• Table 4-3.--Data Display Parameters
• Latitude Set
• Illumination Control
• Figure 4-50.--Indicator and display lighting dimming block diagram.
• Built-in Test Equipment
• Securing Procedures
• Figure 4-51.--Gyrocompass repeaters by letter designation.
• Figure 4-52.--Type E ship's course indicator
• Figure 4-53.--Block diagram of ship's course indicators.
• Records
• Chapter 5 Sound Powered Telephone System
• Table 5-1.--Glossary of Terms
• Figure 5-1.--Type IC/A sound-powered telephone switchboard.
• Figure 5-2.--Single-gang sound-powered telephone jackbox.
• Table 5-2.--Sound-Powered Telephone Circuits
• Table 5-2.--Sound-Powered Telephone Circuits--Continued
• Figure 5-5.--Line cutout switches in the open and closed positions
• Phone/Distance and Station to Station Lines
• Figure 5-7.--Wiring diagram of the H-203/U sound-powered telephone handset.
• Figure 5-8.--Sound-powered transmitter receiver unit.
• Figure 5-9.--Operation of sound-powered units.
• Figure 5-10.--The H-200/U sound-powered telephone headset-chestset.
• Figure 5-11.--Simplified sound-powered telephone headset-chestset schematic.
• Figure 5-12.--A properly made-up sound-powered telephone headset-chestset.
• Figure 5-13.--Sound-powered telephone head set-chestset transmitter circuit.
• Sound-Powered Telephone Maintenance
• Figure 5-15. AM-2210/WTC Sound-Powered Telephone Amplifier
• Figure 5-16.--Functional diagram of AM-2210/WTC.
• Figure 5-17.--Switchlng circuit of AM-2210/WTC.
• Figure 5-18.--Type A-26A selector switch.
• Figure 5-19.--Plotters transfer switchboard.
• Figure 5-20.--Simple call-bell system.
• Figure 5-21.--Two-circuit, four-drop annunciator.
• Figure 5-22.--IC/D call signal station. A. External view. B. Internal view.
• Figure 5-23.--Sound-powered magneto call circuit 2EM.
• Figure 5-24. Modification of ICD/D Call Signal Station, for Multiple talking
• Figure 5-25.--The TA-974/WTC-2(V) sound-powered telephone set, unit 1.
• Figure 5-27.--The TA-975/WTC-2(V) sound-powered telephone set, unit 2.
• Figure 5-28.--The TA-975/WTC-2(V) sound-powered telephone Set, unit 3.
• Figure 5-31.--The TS-3687/WTC-2(V) telephone test set, unit 7.
• Conference Calls
• Call Hold
• Summary
• Chapter 6 Automatic Dial telephone System
• Figure 6-1.--Type G (version 1) basic nonrestricted telephone set.
• Figure 6-3.--Type G (version 1) telephone handset.
• Figure 6-4.--Simplified schematic diagram of the transmission network.
• Basic Nonrestricted Set
• Figure 6-5.--Schematic diagram of the type G (version 1) telephone set
• Figure 6-6.--Basic type G (R) restricted telephone set.
• Figure 6-8.--Schematic diagram of the type G (R) set.
• Figure 6-9. Wiring Diagram of the type G portable telephone Set.
• Figure 6-10.--Schematic diagram of the type G modular telephone set.
• Corrective Maintenance
• Figure 6-11.--Dial speed adjustment diagram.
• Common Telephone `lkoubles
• Component Nomenclature
• Figure 6-12.--Type G (version 2) telephone set.
• Figure 6-13.--Schematic diagram of the type G (version 2) telephone set.
• Figure 6-15.--Schematic diagram of the sidetone circuit.
• Automatic Dial telephone Switchboard
• Figure 6-18.--Dynalec 100/150-line automatic dial telephone switchboard.
• Figure 6-19.--Switch and fuse panel for the 100-line switchboard, cabinet 1.
• Figure 6-20.--Switch and fuse panel for the 100-line switchboard, cabinet 2.
• Table 6-2.--Switch and Fuse Panel, Cabinet 1, Controls and Indicators
• Table 6-3.--Switch and Fuse Panel, Cabinet 2, Controts and Indicators
• Figure 6-21.--Crossbar switch.
• Table 6-4.--Power Supply, Controls and Indicators
• Figure 6-23.--Ringing generator, cover removed.
• Table 6-5.--Ground Fault Detection Panel, Controls and Indicators
• Figure 6-25.--Attendant's cabinet.
• Table 6-6.--Attendant's Cabinet, Controls and Indicators
• Table 6-6.--Attendant's Cabinet, Controls and Indicators--Continued
• Figure 6-26. System Cabinet
• Figure 6-27. Switchboard Cabinet
• Figure 6-28.--Attendant's console.
• Main Assemblies of the System Cabinet
• Figure 6-29.--XY switch.
• Figure 6-30.--XY universal switch, schematic diagram.
• Figure 6-33.--Four wire banks and associated wipers shown in the normal position.
• Figure 6-34.--Four wire banks and associated wipers shown in the X2 position.
• Figure 6-36.--Block diagram of linefinder operation.
• Figure 6-37.--100-line system using shared equipment.
• Figure 6-38.--Rotary stepping switch selector.
• Figure 6-39.--The rotary switch in the selector, simplified block diagram.
• Figure6-40. Sample cell audio path and switch control path.
• Figure 6-41.--Common panel test set.
• Figure 6-42.--Link panel test set.
• Table 6-7.--Operation Procedures for the Common Panel Test Set
• Table 6-7.--Operation Procedures for the Common Panel Test Set - Cont'd
• Figure 6-43.--Line fault routiner.
• Table 6-8.--Operation Procedures for the Link Panel Test Set
• Table 6-8.--Operation Procedures for the Link Panel Test Set - Cont'd
• Table 6-9.--Operating Procedures for the Line Fault Routiner
• Figure 6-44. XY universal test set.
• Table 6-10.--XY Universal Switch Test Set Operation Procedures
• Table 6-10.--XY Universal Switch Test Set Operation Procedures - Cont'd
• Table 6-10.--XY Universal Switch Test Set Operation Procedures - Cont'd
• Figure 6-45.--XY universal switch test set controls.
• Figure 6-47.--Shore-tine connections.
• Table 6-11.--Controls and Indicators for the Current Flow Test
• Table 6-11.--Controls and Indicators for the Current Flow Test - Cont'd
• Figure 6-48.--Dial telephone central office.
• Figure 6-49.--Dial telephone central office section, cutaway.
• Figure 6-50.--Terminal power supply.
• Figure 6-51.--Manual telephone switchboard.
• Figure 6-52.--Manual switchboard controls and indicators.
• Table 6-12. Manual Switchboard Controls and Indicators
• Table 6-12. Manual Switchboard Controls and Indicators - Cont'd
• Table 6-13.--Manual Switchboard Indicators State of Illumination
• Operational Features
• Table 6-14--Maintenance Equipment
• Table 6-14--Maintenance Equipment - Cont'd
• Watch Standing
• Switchboard Cabinets
• Chapter 7 Amplified Voice Systems
• Table 7-1.--Shipboard Announcing Systems
• Table 7-1.--Shipboard Announcing Systems - Cont'd
• Figure 7-2.--Dynamic microphone.
• Figure 7-4.--Schematic diagram of a carbon microphone.
• Driving Mechanism
• Figure 7-5.--Direct-radiator loudspeaker.
• Figure 7-7.--Folded-horn loudspeaker.
• Central Amplifier System (One-Way)
• Figure 7-9.--Control rack.
• Figure 7-10.--Block diagram of a preamplifier.
• Figure 7-11.--Block diagram of the collision alarm module.
• Figure 7-13.--Block diagram of the general alarm module.
• Figure 7-15.--Block diagram of the flight crash alarm module.
• Figure 7-16.--Simplified system switching diagram.
• Figure 7-17.--Test meter.
• Figure 7-19.--Block diagram of a power amplifier.
• Figure 7-21.--Volume indicator meter.
• Figure 7-23.--Alarm contact maker arrangement.
• Preventive Maintenance
• Figure 7-24.--Control rack with switches set for remote testing.
• Table 7-2.--Microphone Control Station Trouble Chart
• Table 7-3.--Alarm Circuit Trouble Chart
• Figure 7-25.--Relay test facility.
• Figure 7-26.--Control rack.
• Figure 7-27.--Block diagram of an amplifier.
• Figure 7-28.--Intercommunicating unit (LS-433A/SIC).
• Controls and Indicators
• Figure 7-29.--Schematic diagram of two stations in parallel.
• Station Selector Circuit Test
• Figure 7-30. Wiring diagram of test fixture for LS-433A/SIC
• Figure 7-31.--Intercommunicating units, types LS-518/SIC and LS519/SIC.
• Figure 7-32.--Overa1l functional diagram.
• Figure 7-33.--AN/PIC-2 public address set.
• Figure 7-34.--Public address set, lecturn type.
• Chapter 8 Ships Entertaiment Systems
• Tape Recorders/Reproducers
• Figure 8-2.--Amplifier control panel.
• Phonograph Record Changer
• Audio-Frequency Amplifiers
• Figure 8-3.--Simplified block diagram of a commercial television.
• Figure 8-4.--CCTV simplified block diagram.
• Scanning
• Figure 8-5.--Simplified illustration of scanning.
• Figure 8-6.--Interlaced scanning.
• Figure 8-7.--Simplifled synchronizing signal.
• Figure 8-9.--Structure of image orthicon.
• Figure 8-10.--Structure of the vidicon tube.
• Figure 8-11.--The additive primaries.
• Figure 8-12.--The color camera unit.
• Reception
• Figure 6-14. Color Television Receiver, Block diagram
• Figure 8-16.--Effects of dynamic pincushion corrections.
• Figure 8-17.--Location of automatic degaussing coils.
• System Description
• Figure 8-19.--ILARTS installation location.
• System Interface Requirements
• Figure 8-20. Site II, Complete System
• Figure 8-21.--SITE II, left side, dual bay.
• Video Cassette Recorders
• Figure 8-22.--SITE II, right side, dual bay.
• Live and Remote Cameras
• Chapter 9 Alarm, Safety, and Warning Systems
• Table 9-1.--Alarm, Safety, and Warning Systems
• Table 9-1.--Alarm, Safety, and Warning Systems - Cont'd
• Table 9-1.--Alarm, Safety, and Warning Systems - Cont'd
• Table 9-1.--Alarm, Safety, and Warning Systems - Cont'd
• Figure 9-2.--Mercury thermostat and housing.
• Figure 9-4.--Combustion gas and smoke detector head.
• Figure 9-5.--Ionization principle.
• Figure 9-6.--IC/B3S4 bell.
• Figure 9-10.--Motor-operated horn.
• Alarm Panels and Alarm Switcboards
• Figure 9-13.--Ten-line alarm switchboard.
• Figure 9-14.--B-51 alarm panel.
• Figure 9-16.--High-temperature alarm circuit.
• Test Operation
• Figure 9-17.--Schematic of an alarm switchboard.
• Figure 9-17.--Schematic of an alarm switchboard. - Cont'd
• Figure 9-18.--IC/SM-50 alarm switchboard with 10 active modules in place.
• Figure 9-19.--Individual alarm display module.
• Figure 9-21.--Visual displays and audible outputs.
• Electrical Alarm, Safety, and Warning Systems
• Sprinkling Alarm System (CKT FH)
• Auxiliarmy Machinerry Lubricating Oil Low-Pressure Alarm System (CKT 2EC)
• Generator Air Temperature Indicating and Alarm System (CKT 1ED)
• Carbon Dioxide and Halon Gas Release (CKT FR)
• Boiler Water Level Alarm System (CKT 1TD)
• Flooding Alarm System (CKT FD)
• Steering Emergency Alarm System (CKT LB)
• Security Alarm System (CKT FE)
• Summary
• Chapter 10 Ships Order Indicating and Metering Systems
• Figure 10-1.--Ship's control console.
• Figure 10-2.--Propeller order indicator-transmitter (circuit M).
• Figure 10-5.--Double indicator (circuit MB).
• Figure 10-8.--Steering control console.
• Figure 10-9.--Rudder angle transmitter.
• Figure 10-12.--Rudder angle order Indicator (circuits L and N).
• Figure 10-13.--A simple gear arrangement.
• Figure 10-16.--Herringbone gears.
• Figure 10-18.--Bevel gears.
• Figure 10-21.--Gears can change the direction of applied motion
• Figure 10-23.--An idler gear.
• Figure 10-25.--Bevel gear differential.
• Figure 10-26.--Exploded view of a differential gear system.
• Figure 10-28.--How a differential works.
• Figure 10-31.--Schematic drawing symbol for a differential.
• Figure 10-32.--Simplified sketch of a follow-up control showing application of a gear differential.
• Transmitters
• Figure 10-33. Gearing Diagram of a Propeller Revolution Shaft Transmitter
• Figure 10-34.--Gearing diagram of an indicator-transmitter.
• Indicator-Transmitters
• Figure 10-35.--Major components of an underwater log system.
• Figure 10-37.--Rodmeter.
• Figure 10-39.--Ships' water system diagram.
• Figure 10-40.--Salinity cell.
• Figure 10-41.--Salinity indicator panel.
• Salinity Indicator Panel
• Figure 10-42. Schematic Diagram of the Salinity Indicator System.
• Figure 10-42. Schematic Diagram of the Salinity Indicator System - Cont'd
• Salinity Indicator Panel - Cont'd
• Salinity Indicator Panel - Cont'd
• Tank Level Indicator Systems
• Chapter 11 Auxiliary Electrical Equipment
• Table 11-1.--Intensity Level and Audibility Range
• Figure 11-1.--Optical path.
• Figure 11-2.--Paper drive system.
• Figure 11-4.--Functional diagram of a developing system (wet).
• Figure 11-5.--Paper cutter system.
• Figure 11-6.--Dry-cell battery circuit.
• Figure 11-8.--Stray-current corrosion.
• Figure 11-9.--Basic impressed current cathodic protection system.
• Figure 11-10.--Magnetic amplifier controller Mod III.
• Figure 11-11.--Anode assembly.
• Figure 11-12.--Reference electrode assembly.
• Figure 11-13.--Shaft grounding assembly.
• Impressed Current Cathodic Protection System
• Figure 11-14, view A.--Cathodic Protection Log (front).
• Figure 11-14, view B.--Cathodic Protection Log (back).
• Power Unit
• Figure 11-15. Electrohydraulic Steering
• Remote Control System
• Figure 11-16.--Nonreversing across-the-line starter for steering gear pump motor.
• Appendix I Glossary
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix I Glossary - Cont'd
• Appendix 11 References Used to Develop This NRTC
• Chapter 3
• Chapter 4
• Chapter 6
• Chapter 10
• Appendix III Electronic Symbols
• Figure AIII.1.--Electronic Symbols
• Figure AIII.1.--Electronic Symbols - Cont'd
• Figure AIII.1.--Electronic Symbols - Cont'd
• Figure AIII.1.--Electronic Symbols - Cont'd
• Figure AIII.1.--Electronic Symbols - Cont'd
• Figure AIII.1.--Electronic Symbols - Cont'd
• Index
• Index - Cont'd
• Index - Cont'd
• Index - Cont'd
• Index - Cont'd
• Assignment 1
• Assignment 1 - Cont'd
• Assignment 1 - Cont'd
• Assignment 1 - Cont'd
• Assignment 1 - Cont'd
• Assignment 1 - Cont'd
• Assignment 2
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 2 - Cont'd
• Assignment 3
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 3 - Cont'd
• Assignment 4
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 4 - Cont'd
• Assignment 5
• Assignment 5 - Cont'd
• Assignment 5 - Cont'd
• Assignment 5 - Cont'd
• Assignment 5 - Cont'd
• Assignment 5 - Cont'd
• Assignment 5 - Cont'd
• Assignment 6
• Assignment 6 - Cont'd
• Assignment 6 - Cont'd
• Assignment 6 - Cont'd
• Assignment 6 - Cont'd
• Assignment 6 - Cont'd
• Assignment 6 - Cont'd
• Assignment 7
• Assignment 7 - Cont'd
• Assignment 7 - Cont'd
• Assignment 7 - Cont'd
• Assignment 7 - Cont'd
• Assignment 7 - Cont'd
• Assignment 7 - Cont'd
• Assignment 8
• Assignment 8 - Cont'd
• Assignment 8 - Cont'd
• Assignment 8 - Cont'd
• Assignment 8 - Cont'd
• Assignment 9
• Assignment 9 - Cont'd
• Assignment 9 - Cont'd
• Assignment 9 - Cont'd
• Assignment 9 - Cont'd
• Assignment 11
• Assignment 11 - Cont'd
• Assignment 11 - Cont'd
• Assignment 11 - Cont'd
• Assignment 11 - Cont'd
• Assignment 11 - Cont'd
• Assignment 11 - Cont'd
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