Sure, let's analyze each option to determine which one is not a type of cohesion:

1. **Functional Cohesion**: This is a type of cohesion where the components of a module are grouped together because they all contribute to a single, well-defined task. It is considered the strongest and most desirable form of cohesion.

2. **Temporal Cohesion**: This type of cohesion occurs when elements within a module are related by their timing. For example, they are executed at the same time or during the same phase of execution.

3. **Modular Cohesion**: This term is not a standard type of cohesion in software engineering. Cohesion typically refers to how closely related the responsibilities of a single module are, but "modular cohesion" is not a recognized term in this context.

4. **Sequential Cohesion**: This type of cohesion occurs when the output from one part of a module serves as the input for another part. The elements are related in a sequence.

Based on the analysis, the correct answer is:

c. **Modular Cohesion**

Question

Sure, let's analyze each option to determine which one is not a type of cohesion:

1. **Functional Cohesion**: This is a type of cohesion where the components of a module are grouped together because they all contribute to a single, well-defined task. It is considered the strongest and most desirable form of cohesion.

2. **Temporal Cohesion**: This type of cohesion occurs when elements within a module are related by their timing. For example, they are executed at the same time or during the same phase of execution.

3. **Modular Cohesion**: This term is not a standard type of cohesion in software engineering. Cohesion typically refers to how closely related the responsibilities of a single module are, but "modular cohesion" is not a recognized term in this context.

4. **Sequential Cohesion**: This type of cohesion occurs when the output from one part of a module serves as the input for another part. The elements are related in a sequence.

Based on the analysis, the correct answer is:

c. **Modular Cohesion**

Knowee AI · Accepted Answer

Sure, let's analyze each option to determine which one is not a type of cohesion:

1. **Functional Cohesion**: This is a type of cohesion where the components of a module are grouped together because they all contribute to a single, well-defined task. It is considered the strongest and most desirable form of cohesion.

2. **Temporal Cohesion**: This type of cohesion occurs when elements within a module are related by their timing. For example, they are executed at the same time or during the same phase of execution.

3. **Modular Cohesion**: This term is not a standard type of cohesion in software engineering. Cohesion typically refers to how closely related the responsibilities of a single module are, but "modular cohesion" is not a recognized term in this context.

4. **Sequential Cohesion**: This type of cohesion occurs when the output from one part of a module serves as the input for another part. The elements are related in a sequence.

Based on the analysis, the correct answer is:

c. **Modular Cohesion**

Which of the following is not a type of Cohesion?Select one:a.Functional Cohesionb.Temporal Cohesionc.Modular Cohesiond.Sequential Cohesion

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