While making the heating element in electrical equipments, which of the following properties is considered?

Options

A. Poor electrical conductivity
B. Low density
C. High melting point
D. Low tensile strength

Explanation

To answer the question regarding the properties considered while making heating elements in electrical equipment, we can break down the solution into the following steps:

### Step-by-Step Solution:

1. **Understanding Heating Elements**: Heating elements are components in electrical devices that convert electrical energy into heat. They are used in various applications, such as toasters, electric stoves, and heaters.

2. **Property of High Melting Point**: One of the critical properties of a heating element is that it should have a high melting point. This is important because heating elements operate at high temperatures, and a material with a low melting point would melt and fail to function properly.

3. **Conductivity Considerations**: While a heating element needs to conduct electricity, it should not have excessively high electrical conductivity. This is because if the material conducts electricity too well, it may not generate enough heat. Therefore, a balance is needed where the material has good, but not excessive, electrical conductivity.

4. **Conclusion**: Based on these properties, the ideal material for a heating element must have a high melting point and moderate electrical conductivity. This ensures that it can withstand high temperatures without melting while still being effective in generating heat.

### Final Answer:
The properties considered while making heating elements in electrical equipment are:
- High melting point to withstand high temperatures.
- Moderate electrical conductivity to generate heat effectively.