Maharashtra SSC Electrical Appliances (MSBSHSE) study plan

Define current, potential difference, resistance and charge in SI units, and state the relation between them

Apply Ohm's law to solve series, parallel and two-resistor mixed circuits numerically without a calculator error

Compute electrical power and energy in a circuit and convert between watt-hours, kilowatt-hours and joule

Identify the standard hand tools and measuring instruments used in appliance work and state the safe use of each

List the first-aid and isolation steps for electric shock before touching a casualty

Distinguish conductor, semiconductor and insulator behaviour and relate resistivity to conductor size and length

Describe the standard domestic wiring types used in Maharashtra homes and state where each is permitted

Draw a single-phase domestic distribution layout from service connection to final sub-circuit

Select cable cross-sectional area for a given load current using current-carrying capacity tables

Identify wiring accessories such as switches, sockets, ceiling roses and distribution boards by function and rating

Explain the purpose and construction of earthing and compare pipe, plate and strip earthing methods

Describe the operation of MCB, ELCB and RCCB and state the fault each one protects against

Choose fuse rating and MCB rating for a given appliance branch circuit

Explain the role of the neutral, the purpose of the earth wire and the danger of reversed polarity

State the standard tests performed on a completed installation before energising

Describe the construction and working of an electric iron, immersion water heater and room heater, naming each part

Trace the current path through a heating appliance from plug to element to thermostat and back

Explain the bimetallic strip thermostat and how it maintains a set temperature in an iron or oven

Distinguish nichrome from ordinary resistance wire and justify its use in heating elements

Relate heating element power rating to supply voltage and element resistance

Describe the construction and working of a single-phase induction motor used in a ceiling fan, including the capacitor's role

Explain the function of the starter winding, centrifugal switch and capacitor in a small motor

Describe the construction and working of a mixer grinder and a washing machine motor drive

Identify the parts of an electric fan regulator and explain speed control

Explain why a capacitor-start motor fails to start when the capacitor is open

Use a multimeter to measure continuity, resistance, voltage and current on an appliance circuit safely

Isolate and test a heating element, a thermostat and a capacitor for open, short and leakage faults

Diagnose common appliance complaints such as no power, tripping MCB, slow heating and motor humming

Sequence a repair from complaint intake through isolation, testing, replacement and post-repair verification

State the safety rules for working on a live installation and the conditions under which live testing is forbidden

Compare the construction of at least five domestic appliances and group them by heating, motor-driven and combined operation

Explain the function of thermal cutouts, fuses and overheat protectors fitted inside appliances

Describe the working of a microwave oven, an induction cooktop and an electric kettle at a block level

Identify the electrical and thermal causes of appliance failure and the preventive maintenance for each

Explain how appliance loading affects the total domestic connected load and diversity factor

Compute the annual energy cost of a household appliance set from its wattage, daily hours and tariff

Apply star rating and BEE labelling information to compare two appliances of the same type

Recommend at least six practical conservation measures for domestic appliance use with justification

Revise the whole syllabus through timed practice on numericals from power, energy and energy cost

Identify personal weak areas from practice results and list the topics to re-read before the exam