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lg fridge manual pdfPlease try again.Please try again.Please try again. It contains typical questions that you may encounter on the MM Rating Portion of your advancement in rate examination. This Study Guide is the product of many exhaustive hours of reviewing all the applicable directives concerning MM rating. It must be used with the Professional Military Knowledge (PMK) Study Guide to properly prepare for the exam! Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Full content visible, double tap to read brief content. Videos Help others learn more about this product by uploading a video. Upload video To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. It looks like your browser needs updating. For the best experience on Quizlet, please update your browser. Learn More. INSTRUCTIONS Day to day maintenance of a program keeps you out of what mode. CRISIS MANAGEMENT Using good quality feedwater will help prevent damage to the what. BOILER WATERSIDES What is the universal solvent as it tends to dissolve everything it touches. WATER What in feedwater contributes to scale buildup in boilers. HARDNESS Hardness is caused primarily by calcium and what else. MAGNESIUM What acts as insulators in the boiler. SCALE DEPOSITS What is an aggressive ion, which attacks and inhibits the formation of the magnetite layer on the boiler metal. CHLORIDE What causes localized corrosion and pitting. DISSOLVED OXYGEN As dissolved oxygen contacts the boiler metal forms what, which dissolves the metal to form a clack iron oxide that covers the pit. AMODE The Navy uses two types of boiler water treatments. The older treatment method is the coordinated phosphate (cophos) treatment. The newer is what treatment.http://applemedic.com/userfiles/eveready-mini-charger-manual.xml

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CHELANT The boiler is a receiver for all contaminants the feedwater system puts into it. One way to prevent these contaminants from damaging the boiler is to participate them into what. SLUDGE The Navy uses three treatment chemicals to maintain the phosphate- pH relationship. The chemicals are trisodium phosphate (TSP), disodium phosphate (DSP), what else. CAUSTIC SODA What is used to control pH and add some of the needed phosphates?. What occurs when there is a pH rise above the Cophos curve. FREE CAUSTIC You use caustic soda as a treatment chemical only casualty situations and only with the approval from whom. CHIEF ENGINEER Inject caustic soda at the rate of 1 ounce per how many gallons of boiler water and only when boiler is steaming? 1,000 All 1200 psi and some 600 psi boilers are designed as what. TYPE B What chelates dissolved metals, including calcium and magnesium, by surrounding and bonding to the metal at several places. EDTA Metal chelates are removed from the boiler by continuous what. BLOWDOWN Continuous blowdown amounts to about a daily blowdown at what percent of normal boiler loads. FOUR Initial treatment with the CHELANT system is achieved by what. DAILY Who reviews the monthly water log package. COMMANDING OFFICER (CO) What is essentially a shipboard laboratory. API GRAVITY The most common fuel tests are visual and what. NAVY OIL ANALYSIS PROGRAM (NOAP) A basic requirement of fueling station personnel is a thorough knowledge of what system. FUEL RECIEVING Fuel tanks should be filled only to what percent mark? 95 The final soundings, after temperature and gravity corrections, will determine the amount of full received, measure the volume and gravity at a standard temperature of what? 60 DEGREES FAHRENHEIT The specific order of refueling is necessary to maintain the ship's stability. You can find this information in the what. SHIP'S INFORMATION BOOK (SIB) What has the responsibility of making the final decision on transferring liquid.http://www.hk-keber.de/images/fd7132-manual.xml DCC What system allows controlled flooding of designated fuel tanks for stability control. BALLASTING What is used for ballast. SEAWATER Consult what instruction before pumping contaminated fuel off the ship. OPNAVINST 5090.1 Newer ships require inspection of one service tank per fireroom every how many months? 36 Never use jury- rigged extension cords, extension cords should not extension cords should not exceed what in length? 25 FEET What program provides a procedure to prevent improper operation of equipment, components, or systems? TAG-OUT As a minimum, all electrical systems require how many tags to isolate the component. TWO Specific procedures for tag outs are contained in what instruction. OPNAVINST 3120.32 Personnel should be trained to notify the EOOW if the dry-bulb temperature reaches or exceeds what in engineering spaces? 100 DEGREES FAHRENHIET The basic features of an effective training program are compatibility, evaluation and instruction, and what. ANALYSIS AND IMPROVEMENT Training schedules are made out for how many- month periods? 18 Information on training programs, duties of personnel involved in training, scheduling and training is contained in what instruction. Pay now with address and payment details stored in your Amazon account. This victory is dependent upon the readiness of the personnel aboard. Each individual is assigned tasks to perform to satisfy the needs of the ship. The information in this manual relates to tasks required to meet shipboard needs?tasks that are assigned to personnel aboard ship, serving as a Machinist's Mate First Class and Chief Machinist's Mate. This rate training manual covers the duties required to efficiently operate and maintain ship propulsion machinery and associated equipment and to maintain applicable records and reports so that the ship will be able to perform its assigned mission.http://stroyzona.com.ua/companynews/elgin-boat-motor-manual It is only when we have personnel aboard who can and do perform these tasks efficiently that we will have each ship operating at a high state of readiness and contributing to victory at sea. When you are assigned duties aboard ship as an MM1 or MMC, you will be expected to know the information contained in this manual. The degree of success of the Navy will depend in part on the ability you possess and the manner in which you perform your assigned duties.To view more information about our cookie use, click here to view our Privacy Policy. Sign up here.If the pressure is unchanged, the volume is directly proportional to the absolute temperature The closer to 1, the more efficient the machine. Consists of a rigid bar pivoted at a certain point called the fulcrum. It is a varying volume, constant pressure cycle of events. Commonly called the constant pressure cycle or the combustion cycle Odd numbers from 31 represent Air Force They also accommodate tubes to carry oil to and from the front main bearing It provides a means of draining residual fuel during engine shutdown or abnormal starts Location is determined by the manufacturer Pulling the T-Handle of the APU control switch will arm the fire extinguisher and remove 28V DC from the control switch. Performs general police patrol duty; arrests persons and collects evidence; controls access to restricted areas; conducts surveillance of vessels and identifies offenses; inspects vessels, cargo, and waterfront facilities; inspects documentation; conducts vessel searches. Able to perform the duties required for E3 and E4; conducts investigations and interviews; conducts vessel searches using electronic survey equipment; supervises training and development of subordinate personnel; writes investigative reports; instructs subordinate personnel in procedures for manning a security zone, use of service pistol and safety requirements for explosives; serves as liaison with other law enforcement agencies; completes permit applications for explosives and other dangerous cargo; supervises use of loading equipment to determine safe operation; conducts facilities inspections. An integer can be either positive or negative. Examples include -77, -1, 0, 55, 119. The factors of 8 are 1, 2, 4, and 8. A multiple is a number that is the product of that number and an integer. The multiples of 8 are 0, 8, 16, 24,. Examples of prime numbers include 2, 3, 5, 7, and 11. To reduce a fraction to lowest terms, divide the numerator and denominator by their greatest common factor (GCF). The common denominator is the least common multiple of all the denominators. To divide fractions, invert the second fraction (get the reciprocal) and multiply it by the first. The exponent indicates the number of times that the base is multiplied by itself.If the base and the exponent are the same, add or subtract the coefficients and retain the base and exponent.To divide terms with the same base, divide the coefficients and subtract the exponents.With exponents, you're multiplying a base by itself some number of times while with roots you're dividing the base by itself some number of times. The degree is the number of times the radicand is divided by itself. If no degree is specified, the degree defaults to 2 (a square root ). A perfect square is the product of a number multiplied by itself (squared).The first part will be a number between one and ten (typically a decimal) and the second part will be a power of 10. For example, 98,760 in scientific notation is 9.876 x 10 4 with the 4 indicating the number of places the decimal point was moved to the left. A power of 10 with a negative exponent indicates that the decimal point was moved to the right. For example, 0.0123 in scientific notation is 1.23 x 10 -2. An arithmetic sequence is a sequence in which each successive number is equal to the number before it plus some constant number. To find the probability that two events will occur, find the probability of each and multiply them together. Practice these word problems to get comfortable with translating the text into math equations and then solving those equations. A quadratic expression contains variables that are squared (raised to the exponent of 2). However, you can multiply and divide monomials with unlike terms. FOIL stands for F irst, O utside, I nside, L ast and refers to the position of each term in the parentheses. The key to solving equations is to repeatedly do the same thing to both sides of the equation until the variable is isolated on one side of the equal sign and the answer on the other. For example, if you have x and y as variables and you're solving for x, evaluate one equation in terms of y and insert that value into the second equation then solve it for x. Isolate the variable that you're solving for on one wide of the equation and put everything else on the other side.The midpoint of a line segment is the point exactly halfway between the endpoints. The midpoint bisects (cuts in half) the line segment. In diagrams, a right angle is indicated by a small box completing a square with the perpendicular lines. A transversal occurs when a set of parallel lines are crossed by another line.An equilateral triangle has three sides of equal length. In a right triangle, two sides meet at a right angle. The area of a rectangle is length x width. A square is a rectangle with four equal length sides. The perimeter of a square is 4 x length of one side (4s) and the area is the length of one side squared (s 2 ). The area of a trapezoid is one-half the sum of the lengths of the parallel sides multiplied by the height.The radius of a circle is the distance between the center and any point along its perimeter (AC, CB, CD). A chord is a line segment that connects any two points along its perimeter (AB, AD, BD). The diameter of a circle is the length of a chord that passes through the center of the circle (AB) and equals twice the circle's radius (2r). The center of the grid, where the x-axis and y-axis meet, is called the origin. For a given value of x, the value of y can be determined given the slope (m) and y-intercept (b) of the line.In general, larger objects have larger mass than smaller objects but mass ultimately depends on how compact ( dense ) a substance is. This resistance to changes in direction is known as inertia. Like force, net force is a vector quantity in that it has magnitude and direction. Weight is the force exerted on the mass of an object due to gravity and a specific case of Newton's Second Law of Motion.Kinetic (also called sliding or dynamic ) friction resists movement in a direction opposite to the movement. Because it opposes movement, kinetic friction will eventually bring an object to a stop. An example is a rock that's sliding across ice. An example is the friction that prevents a box on a sloped surface from sliding farther down the surface. More force is required to initally get an object moving than is required to keep it moving. Additionally, static friction only arises in response to an attempt to move an object (overcome the normal force between it and the surface). Consequently, normal force is generally equal to the object's weight. The amount of drag depends on the shape and speed of the object with slower objects experiencing less drag than faster objects and more aerodynamic objects experiencing less drag than those with a large leading surface area. When a cable or rope is used to pull an object, for example, it stretches internally as it accepts the weight that it's moving. Although tension is often treated as applying equally to all parts of a material, it's greater at the places where the material is under the most stress. Liquids are especially suited for transferring force in complex machines because they compress very little and can occupy very small spaces.For a hydraulic system, this means that a pressure applied to the input of the system will increase the pressure everywhere in the system. Radius is measured from the center of rotation or fulcrum to the point at which the perpendicular force is being applied. The resulting unit for torque is newton-meter (N-m) or foot-pound (ft-lb). In the case of torque, equilibrium means that the sum of the anticlockwise moments about a center of rotation equal the sum of the clockwise moments. The most impactful quantity to kinetic energy is velocity as an increase in mass increases KE linearly while an increase in speed increases KE exponentially. It is energy that has the potential to be converted into kinetic energy. The higher an object is raised above a surface the greater the distance it must fall to reach that surface and the more velocity it will build as it falls.Thus, the more force that must be applied to move an object, the more work is done and the farther an object is moved by exerting force, the more work is done. Simply put, work imparts kinetic energy to the matter upon which the work is being done. The watt (W) is the unit for power and is equal to 1 joule (or newton-meter) per second. Horsepower (hp) is another familiar unit of power used primarily for rating internal combustion engines.A 100 efficient machine would turn all of the input power into output movement or force. However, no machine is 100 efficient due to friction, heat, wear and other imperfections that consume input power without delivering any output. Work equals force x distance and, by increasing the distance that the object travels, an inclined plane reduces the force necessary to raise it to a particular height. In this case, the mechanical advantage is to make the task easier. An example of an inclined plane is a ramp. A wedge converts force applied to its blunt end into force perpendicular to its inclined surface. In contrast to a stationary plane where force is applied to the object being moved, with a wedge the object is stationary and the force is being applied to the plane. Examples of a wedge include knives and chisels. The lever pivots on a fulcrum and, when a force is applied to the lever at one side of the fulcrum, the other end moves in the opposite direction. The position of the fulcrum also defines the mechanical advantage of the lever. If the fulcrum is closer to the force being applied, the load can be moved a greater distance at the expense of requiring a greater input force. If the fulcrum is closer to the load, less force is required but the force must be applied over a longer distance.This lever requires a smaller force to lift a larger load but the force must be applied over a greater distance. The fulcrum is placed at one end of the lever and mechanical advantage increases as the object being lifted is moved closer to the fulcrum or the length of the lever is increased. An example of a second-class lever is a wheelbarrow. The fulcrum is at one end of the lever, the object at the other, and the force is applied between them. This lever does not impart a mechanical advantage as the effort force must be greater than the load but does impart extra speed to the load. Examples of third-class levers are shovels and tweezers. As such, it has a mechanical advantage of one. The benefit of a fixed pulley is that it can allow the force to be applied at a more convenient angle, for example, pulling downward or horizontally to lift an object instead of upward. So, for example, a block and tackle with three pulleys would have a mechanical advantage of three. Force is applied to the larger wheel and large movements of this wheel result in small movements in the smaller wheel. Because a larger movement distance is being translated to a smaller distance, force is increased with a mechanical advantage equal to the ratio of the diameters of the wheels. An example of a wheel and axle is the steering wheel of a car. The distance between these ridges defines the pitch of the screw and this distance is how far the screw advances when it is turned once. The mechanical advantage of a screw is its circumference divided by the pitch. If the smaller gear drives the larger gear, the speed of rotation will be reduced and the torque will increase. If the larger gear drives the smaller gear, the speed of rotation will increase and the torque will be reduced. Called gear ratio, it's the ratio of the number of teeth on the larger gear to the number of teeth on the smaller gear. For example, a gear with 12 teeth connected to a gear with 9 teeth would have a gear ratio of 4:3. Stretch modulus is longitudinal stretch (like stretching raw bread dough), shear modulus is longitudinal deflection (like the horizontal displacement of a stack of magzines when a heavy object is placed upon them), and bulk modulus is compression of volume (like the compression of a loaf of bread under a heavy can at the bottom of a grocery bag). They have a high melting point, low corrosive action, and are chemically stable. Examples include rock, sand, clay, glass, brick, and porcelain. Additionally, the Boiler Technician (BT) rating merged with the Machinist's Mate rating on October 1, 1996. For MM, the NOS is B130. The school is located in Great Lakes, Illinois. MMs clean, adjust, test and perform other preventive maintenance on a ship's boilers, main engines, turbogenerators, and other auxiliary machinery including steering engines, elevators, winches, pumps and associated valves. They operate and maintain desalinization plants (distilling plants) to make fresh water from sea water, and maintain refrigeration plants, air conditioning systems and galley equipment. MMs repair and replace valves, pumps, heat exchangers, compressors, steam turbines and hydraulic or pneumatic control devices. They also maintain and analyze machinery operating records and reports.Qualifications, Interests, and Working Environment Machinist's Mates should have clear speech, physical stamina, manual dexterity and the ability to work with others as a team. They should know how to use common hand and power tools and enjoy working with mechanical devices. Other helpful characteristics are resourcefulness and an interest in learning new ideas and skills. Normal hearing is required. Normal color perception is not required. Members of the MM rating are not required to be citizens of the United States unless a submarine volunteer. Machinist's mates work within the hull of a ship in fire rooms, boiler rooms, engine rooms or shops. These locations are sometimes hot and noisy. MMs may be required to perform some heavy physical work. They must be able to work closely with others and, in some cases, with limited supervision. MM ASVAB Test score requirement. The Navy has a continuing need for qualified Machinist's Mates. Approximately 6,300 men and women perform duties in the MM rating aboard conventional steam-propelled ships and at shore stations. Opportunities for placement are good for qualified candidates. Personnel in the Machinist's Mate rating are paid allowances (BAH, BAS, etc.Date Page Updated: October 19, 2019. Site Navigation Navy CyberSpace Navy Jobs (Enlisted) Navy Officer Programs MEPS Processing U.S. Military Pay History Navy Congressional History Navy Recruiting Blog U.S. Military Pay U.S. Military Allowances 2020 Military Pay Chart Terms of Service and Privacy Policy. We'll bring you back here when you are done. Please select the correct language below. Find out how you can intelligently organize your Flashcards. Please upgrade to Cram Premium to create hundreds of folders! III. Geothermal heat pumpsThis process of a hot water reservoir producing steam fr. Discipline and standards define what it means to be an Army p. Propane is pumped into the boiler where the water is stored. The temperature and pressure increase. It was described as a heat engine. In the process of vapor compression ref. These reports are designed to evaluate the per. Skip over the illustrations and save them until the end of your cours e. We ranked the top skills based on the percentage of machinist mate resumes they appeared on. For example, 9.4 of machinist mate resumes contained preventive maintenance as a skill. Let's find out what skills a machinist mate actually needs in order to be successful in the workplace. Want to find jobs that match your skillset. Get recommendations that fit your preferences and skillset. We’ll recommend jobs that fit your skills and key steps to help you stand out to employers. Answer a few questions and get started. Preventive Maintenance, 9.4 Safe Operation, 9.0 Air Compressors, 6.3 Auxiliary Machinery, 6.2 Electrical Systems, 5.8 Other Skills, 63.3 The six most common skills found on Machinist Mate resumes in 2020. Read below to see the full list. 1. Preventive Maintenance high Demand Here's how Preventive Maintenance is used in Machinist Mate jobs: Planned and supervised the completion of preventive maintenance on 250 items Updated enlisted service records to verify their advancement qualification eligibility. Prepared schedules and reviewed weekly preventive maintenance and environmental pollution control reports along with other necessary maintenance documentation. Performed preventive maintenance on corrective maintenance on FWD main propulsion unit and associated auxiliary equipment and spaces. Generated and implemented steam plant preventive maintenance schedules as the work center supervisor for machinery division. Coordinated production and scheduled preventive maintenance of equipment and machines at three maintenance activities. Developed skills in preventive maintenance, attention to detail and exceptional maintenance practices. Managed, scheduled and performed preventive maintenance and repairs to all auxiliary equipment. Supervised nine personnel on various tasks and ensured satisfactory completion of preventive maintenance. Provide routine and preventive maintenance service to process equipment or control instrumentation. Preformed Quality Assurance inspections, supervised corrosion control and preventive maintenance. Managed divisional preventative maintenance program and served as department assistant. Performed preventive maintenance - Maintained mission critical naval auxiliary equipment. Performed corrective and preventive maintenance of nuclear propulsion plant components. Performed corrective and preventive maintenance in accordance with weekly schedule. Planned, scheduled and documented secondary systems preventive maintenance items. Developed an effective preventive maintenance schedule for all shop equipment. Supervised and performed various preventive maintenance on all auxiliary equipment. Prepared and implemented the Reactor Laboratories division preventative maintenance program. Maintained the preventative maintenance program for the auxiliary division. Show More 66 Preventive Maintenance Jobs 2. Safe Operation high Demand The safe operation ensures an adequate design, acquisition, and installation of pieces of equipment that satisfy the design requirement. It is identified with the development and implementation of a specific workplace safety system for work, plant, hazardous substances, and procedure to avoid harm or damage to the worker and workplace. Provide mechanical expertise in operation of engines to ensure safe operation and ensure quality assurance practices are followed. Scheduled and managed preventative maintenance critical to the safe operation of reactor systems and subsystems. Developed standard operating procedures for the safe operation of ship propulsion systems. Researched and reviewed multiple incident reports to ensure future safe operation. Performed shipboard calibration on all vital equipment to maintain safe operation. Ensured safe operations in the presences of potentially radioactive environment. Performed daily and weekly maintenance on all engineering machinery to include oil sampling and testing for trend analysis and safe operation. Generated quality assurance packages, and performed inspections of quality components leading to the safe operation of a nuclear submarine. Completed 50 maintenance checks totaling over 1000 man hours resulting in the continuous and safe operation of 9 weapons elevators. Manage and trained 25 subordinate sailors to solve complex technical equipment problems on system maintenance and safe operation procedures. Educated more than 15 new employees in the safe operation of a nuclear propulsion plant and its associated equipment. Trained over 30 personnel in proper watch standing and safe operations of all O2N2 and Waste Management equipment. Supervised a team of five personnel in the safe operation of an A4-W reactor plant and auxiliary systems. Ensured the safe operation of various mechanical and propulsion systems aboard a submarine. Trained over 500 students in the safe operation of auxiliary equipment. Ensured safe operation of numerous nuclear propulsion plant systems. Ensured safe operation of various equipment on-board the ship. Ensured safe operation of Naval Nuclear Power Plant. Assisted in Safe Operation of High Pressure Steam Systems Show More 8 Safe Operation Jobs 3. Air Compressors high Demand Here's how Air Compressors is used in Machinist Mate jobs: Perform organizational and intermediate level maintenance on shipboard air compressors, refrigeration units, fresh water production units. Operated and maintained reciprocating and centrifugal compressors. Operated rigging equipment, steam turbines, hydraulic systems, distilling plants, pumps, air compressors, and air conditioners. Performed maintenance and repair on various pumps, compressors, generator sets, purifiers, valves, and propulsion shaft bearings. Conducted various maintenance requirements on equipment such as air compressors, water purifiers, fuel purifiers, and oil separators. Worked heavily with turbines, oil and air systems, high-pressure air compressors, air conditioning systems and distilling units. Assisted with the operation and maintenance of auxiliary pumps, compressors and turbines in the main space of the ship. Assisted in time critical underway repairs to the sub s high pressure air compressors ensuring minimal operational equipment down time. Performed preventative maintenance and corrective repairs on pumps, valves, air compressors, purification systems and piping systems. Aided in repairs to several auxiliary systems including high-pressure air compressors, refrigeration systems, and multiple hydraulic valves. Anchor and Anchor Windlasses, High and Low Pressure Air Compressors, Fire Pumps, Divisional Fire Fighting Equipment. Operated and maintained air separation facility, HP Air Compressors, 80 ton refrigeration compressors and cryogenic pumps.