1. Definition: Flexible Budget and Flexible Budget Variance
A flexible budget adjusts to the actual level of output, showing expected variable and fixed costs. Flexible budget variance is the difference between the flexible budget amount and the actual results.
2. Calculate Flexible Budget
Flexible budgets are calculated by adjusting variable costs to the actual level of output, keeping fixed costs constant. Example:
Variable costs per unit: $318.50
Actual output: 1,200 units
Calculation:
Variable Costs = $318.50 × 1,200 = $382,200
Fixed Costs = $31,800
Total = $414,000
3. Purpose of Standard Costs
Standard costs serve as benchmarks for measuring performance and controlling production costs. They apply to both job order and process cost systems.
4. Purpose of Standard Cost System
Used for:
Budget preparation
Cost control
Performance evaluation
5. Definition and Calculation: Material Variances
Material Price Variance (MPV): (Actual Price - Standard Price) × Actual Quantity
Material Quantity Variance (MQV): Standard Price × (Actual Quantity - Standard Quantity)
Total Material Variance: MPV + MQV
6. Definition and Calculation: Direct Labor Variance
Labor Rate Variance (LRV): (Actual Rate - Standard Rate) × Actual Hours Worked
Labor Efficiency Variance (LEV): Standard Rate × (Actual Hours Worked - Standard Hours Allowed)
Total Direct Labor Variance: LRV + LEV
7. Calculate Variable Overhead Efficiency Variance Formula: Standard Rate × (Actual Activity - Standard Activity)
1. Definition of Joint Process
A joint process is a production process that yields multiple outputs from a single input. Example: Refining crude oil produces gasoline, diesel, and kerosene.
2. Purpose of Joint Cost Allocation and Definition Joint cost allocation assigns costs to primary outputs of the joint process based on:
Physical measures (e.g., weight, volume)
Monetary measures (e.g., sales value)
3. Joint Costs Allocation to Byproducts and Scrap Byproducts and scrap are typically allocated costs based on:
Sales value at split-off point for byproducts
Scrap is often treated as a reduction of overall joint costs.
4. Definition of By-Product
A by-product is an incidental product of lesser value than the main product(s).
5. Example of Allocating Joint Costs Using Physical Measures Example: Joint cost = $10,000, output = 1,000 lbs. Product A: 600 lbs, Product B: 400 lbs. Allocation:
Product A: (600 / 1,000) × $10,000 = $6,000
Product B: (400 / 1,000) × $10,000 = $4,000
6. Calculate Split-Off or Process Further Decision Compare incremental revenues to incremental costs beyond split-off. If incremental revenues exceed costs, process further.
1. Primary Components of Control System
Detector: Measures actual performance
Assessor: Compares actual vs. standard performance
Effector: Adjusts processes based on assessment
Communication Network: Transmits information between components
2. Characteristics of Centralized and Decentralized Systems
Centralized: Top management retains authority; suitable for small, stable organizations.
Decentralized: Authority delegated to subunits; promotes flexibility and faster decision-making.
3. Four Types of Responsibility Centers
Cost Center: Focuses on controlling costs (e.g., production department).
Revenue Center: Focuses on generating revenue (e.g., sales department).
Profit Center: Manages both costs and revenues to maximize profit (e.g., retail store branch).
Investment Center: Responsible for revenues, costs, and asset utilization (e.g., company division).
4. Types of Transfer Pricing
Cost-Based: Uses actual or standard cost
Market-Based: Uses market prices
Negotiated: Agreed upon by buyer and seller
Dual Pricing: Separate prices for buyer and seller
5. Characteristics of Responsibility Reports Include:
Budgeted vs. actual revenues and costs
Variance analysis
Asset utilization metrics