Free ASE P2 Exam Flashcards

Multiply the list price by 1 minus the discount rate. Example: $80 with a 25% discount is $80 × 0.75 = $60. Keep taxes, freight, and any core deposit separate from the merchandise calculation.

When the catalog or the part calls for a measured size, production break, or dimensional distinction. Measure the relevant diameter, thickness, thread, or length and use that result with the application information.

A special order is tied to a particular customer or request. Record the order details and follow the store's handling and notification process so the part is not confused with freely available stock.

The transaction: the part and quantity, customer or account, price or credit, and the relevant authorization. Accurate invoicing supports billing, inventory movement, returns, and follow-up.

An SDS provides hazard, handling, storage, and safety information for a regulated or hazardous product. Use the SDS and the product label rather than treating a chemical as interchangeable with an unrelated product.

Customers, catalogs, and suppliers may describe the same component differently. Translate the term into the correct system and application, then verify the exact part through the appropriate information source.

Multiply inches by 25.4. Five-eighths inch is 0.625 × 25.4 = 15.875 mm, commonly rounded to 15.9 mm. Use the required catalog or measurement convention rather than treating a close metric size as automatically interchangeable.

Determine the customer's need and skill level, then collect the vehicle and application information needed for an accurate lookup. Do not jump straight to a part number based only on a symptom or a generic name.

The same year, make, and model can have different engines, drivetrains, options, or production changes. Application details reduce incorrect parts, returns, and wasted installation time.

Acknowledge and process the request through the store's required channel, then verify the application, availability, and customer contact details before promising a part. An online order still needs the same fitment discipline as a counter sale.

State the applicable store or supplier policy accurately, distinguish the type of return involved, and explain what documentation or condition is needed. Do not promise credit or warranty coverage before the policy and application are verified.

Offering a genuinely useful companion item that helps complete the customer's job, such as the specified fluid, seal, hardware, or service chemical. It should fit the application and solve a real need—not be a random add-on.

A feature is a product characteristic; a benefit explains why that characteristic matters to the customer's use case. Connect the two only after verifying the product fits the vehicle and need.

Clarify the concern, verify the application and available alternatives, and give accurate information about fit, features, price, or policy. Avoid pressure or claims that the catalog, supplier, or manufacturer does not support.

It seals the joint between the cylinder head and engine block, separating combustion pressure from the engine's oil and coolant passages. Match the gasket to the exact engine application and required configuration.

Piston rings seal between the piston and cylinder wall, helping control combustion gases and oil. Valve stem seals control oil at the valve stem. They address different locations and must not be treated as substitute parts.

A thermostat regulates coolant flow in response to temperature; a water pump circulates coolant through the engine and cooling system. Verify the exact application because housings, seals, and related hardware can differ.

The task list requires knowing related fluids and basic service information. Use the vehicle or product specification to identify the proper coolant rather than assuming all coolant formulations are interchangeable.

A fuel pump moves fuel from the tank or supply side toward the engine; an injector meters fuel into the engine. Confirm the fuel-system and engine application before selecting either component.

Fuel-system components can vary with engine, fuel delivery design, emissions equipment, and production information. Use the catalog's required application details and footnotes before finalizing the part.

An ignition coil raises voltage for the ignition system; a spark plug delivers that voltage across its gap to ignite the air-fuel mixture. Both must match the exact engine and ignition application.

Verify the vehicle and engine application and follow the catalog or manufacturer specification for the selected part. Do not create a universal gap, heat-range, or service interval rule when the application data controls it.

A muffler primarily reduces exhaust noise; a catalytic converter is an emissions-control component that treats exhaust gases. Their function, location, and application are different, so verify the exact vehicle configuration before selection.

On applications using both positions, an upstream sensor is before the catalytic converter and a downstream sensor is after it. The connectors, lead length, and position can differ, so use the catalog's position-specific application.

Positive crankcase ventilation (PCV) routes crankcase vapors into the engine intake. Evaporative-emissions (EVAP) components manage fuel vapors. They are separate systems, so match hoses and valves to their intended application.

A clutch release bearing transfers clutch-actuation force to the pressure-plate fingers. A pilot bearing, where used, supports the transmission input shaft. They serve different locations and functions in a manual-transmission clutch system.

The filter screens transmission fluid before it reaches hydraulic components, while the pan gasket seals the service pan. Both must match the exact transmission or transaxle unit; similar vehicle models can use different service kits.

Driveshafts, half shafts, U-joints, CV joints, differential components, and four-wheel-drive systems. Know their basic function and verify the exact drivetrain configuration before selection.

Parts can vary by drivetrain, transmission, axle, engine, and option package. Use the vehicle-specific catalog criteria rather than assuming a front-wheel-drive and all-wheel-drive version share the same part.

The master cylinder converts pedal force into hydraulic pressure. A brake caliper uses hydraulic pressure to apply brake pads to the rotor. They are different hydraulic-system components and must be selected for the verified brake application.

Related-parts selling should complete a verified repair. Select hardware, fluid, or service chemicals based on the brake system and repair procedure rather than treating them as universal additions.

A tie-rod end transmits steering movement to the wheel assembly. A ball joint provides a pivot between suspension and steering components. Both are jointed chassis parts, but their function and application are different.

It determines the exact component application. Use the required catalog criteria and notes; do not infer fit from a generic component name or a photo alone.

The compressor circulates and compresses refrigerant. The evaporator absorbs heat from cabin air. These components occupy different parts of the HVAC system and must match the verified vehicle application.

A visual similarity does not prove vehicle or system compatibility. Confirm the specific HVAC application, catalog information, and any required related component or service material.

A fuse is designed to open a circuit when current exceeds its rating. A relay uses a control circuit to switch another circuit. A relay is not a substitute for a fuse, and both require the correct application and specification.

Use the system and vehicle application to identify the correct component. Do not substitute a part merely because it physically fits; the electrical specification and application must match.

A starter uses battery power to crank the engine for starting. An alternator generates electrical power while the engine runs and helps replenish the battery. Confirm the exact vehicle and charging-system application before selection.

A battery must meet the vehicle's specified application and relevant requirements. Use the approved fitment source and do not assume that a tray fit alone proves suitability.

Wrench size identifies the head, not the thread. Verify the fastener's thread system, diameter, pitch, length, and required grade or application. A bolt with the same head size can still be the wrong replacement.

The intended use, type, and size. Verify the application and specification; hose designed for one fluid, pressure, or temperature range is not automatically appropriate for another system.

Use the VIN, production date when relevant, component identification data, vehicle-specific build options, body style, chassis configuration, and paint code as the task requires. Collect only the data needed to resolve the application.

A vehicle may have more than one factory configuration. Build-option and component data help distinguish otherwise similar vehicles so the catalog can return the exact part application.

Choose the proper resource for the needed part. The correct source may be an electronic or printed catalog, an illustration, a technical bulletin, an interchange, a supplement, a specification guide, or technical support.

They can limit or clarify an application, show component distinctions, or direct you to additional information. A part number found without its note may not be the final correct selection.

Use it as the approved information source directs, then verify the vehicle application and any notes. A cross-reference is not permission to substitute a part without confirming fit and specification.

Keep the catalog or information system current according to the organization's process. Current data, terminology, updates, and supplements reduce incorrect lookups and outdated part information.

Verify incoming and outgoing merchandise and report the discrepancy through the inventory process. Accurate investigation supports physical inventory, stock accuracy, and proper replenishment decisions.

They help keep inventory organized and aligned with demand. Rotate stock as the product or store process requires, track movement, and use the information to support appropriate stocking levels.

Understand display strategy, price displayed products, maintain shelf quantity and condition, identify impulse, seasonal, and related items, and use sales aids. The aim is a clear, accurate, maintained customer-facing display.