Operations Management

A capital-intensive technique of production is one that relies heavily on machinery and technology (capital) rather than on human labor. While it offers benefits like high volume and consistency, it also has significant limitations. Two major limitations are:

High Initial Investment and Fixed Costs: This technique requires a massive initial investment to purchase expensive machinery, equipment, and technology. This creates a high degree of financial risk. Furthermore, it results in high fixed costs in the form of depreciation, insurance, and maintenance. If demand for the product falls, the company still has to bear these high fixed costs, which can lead to substantial losses.

Inflexibility and Risk of Obsolescence: Capital-intensive systems are often designed for mass production of a standardized product and are highly inflexible. It is difficult and costly to change the production process to accommodate changes in product design or consumer preferences. Additionally, there is a constant risk that the expensive technology will become obsolete due to rapid technological advancements, forcing the company to make further heavy investments to stay competitive.

Quality Control (QC) is a process through which a business seeks to ensure that its product quality is maintained or improved. It is a reactive process focused on identifying and correcting defects in finished products before they reach the customer.
The main components and objectives of quality control are:

Setting Standards: The first step is to establish clear and measurable quality standards for the product or service. These standards can relate to dimensions, weight, colour, performance, reliability, etc.

Inspection and Testing: QC involves the physical inspection and testing of products at various stages of production (raw materials, in-process goods, and finished goods). This is done to check if they conform to the pre-set standards.

Defect Identification: The primary goal is to find defects. Products that do not meet the quality standards are identified.

Corrective Action: Once defects are found, corrective actions are taken. This might involve reworking the defective items, scrapping them, or analyzing the root cause of the defect to prevent its recurrence in the future production process.

Quality Control is a part of the broader concept of Quality Management. While QC focuses on inspection and defect detection ({product-oriented}), the wider concept of Quality Assurance (QA) is proactive and focuses on preventing defects by improving the production process ({process-oriented}).

Step 1: Understanding the Question:
The question asks for the typical time horizon of a short-term forecast.
Step 2: Key Concept:
Forecasting is the process of making predictions about the future based on past and present data. Forecasts are typically classified by their time horizon:
- Short-term Forecast: Used for tactical decisions like production scheduling, inventory management, and workforce planning.
- Medium-term Forecast: Used for decisions like sales and production planning, and budgeting.
- Long-term Forecast: Used for strategic decisions like new product development, capacity planning, and facility location.
Step 3: Detailed Explanation:
The time periods for these classifications are not universally fixed but follow a general convention:
- Short-term forecasts typically cover a period of up to one year (12 months).
- Medium-term forecasts usually span from one to three years.
- Long-term forecasts cover periods of three years or more.
Given the options, 12 months is the most appropriate and widely accepted duration for a short-term forecast.
Step 4: Final Answer
A short-term forecast generally involves a period of up to 12 months.

Step 1: Understanding the Question:
The question asks to identify what constitutes a 'technical resource' for a business from the given options. A resource is an input or asset that is used to accomplish a task.
Step 2: Analysis of Options:
Let's differentiate between activities, functions, and resources.

(A) Production: This is a business {activity} or {function} – the act of creating goods. While it uses technical resources, it is not a resource itself.

(B) Marketing: This is another business {function}, responsible for promoting and selling products. It is not a technical resource.

(C) Production process: This refers to the specific methods, systems, technology, and know-how used to convert inputs into outputs. This knowledge and methodology is a critical intangible asset and is considered a technical resource. It dictates how efficiently and effectively production can occur.

Step 3: Final Answer:
The 'production process' itself, encompassing the technology and procedures, is the technical resource. The other options are business functions. Therefore, (C) is the correct answer.