It seems like you haven't provided a question related to "High coupling, low cohesion". However, I can explain what these terms mean in the context of software engineering.

1. High Coupling: Coupling refers to the degree of direct knowledge that one class has of another. It's the measure of how much one module (class or function) depends on the other modules of a system. High coupling means that a class or module has a high level of dependency on other modules. This can make the system harder to manage, as changes in one module may have a ripple effect on others.

2. Low Cohesion: Cohesion refers to how closely all the routines in a class or module support a central purpose. Modules with high cohesion tend to be preferable, because high cohesion is associated with several desirable traits of software including robustness, reliability, reusability, and understandability. In contrast, low cohesion means that a module performs tasks which are not very related to each other. This can make the system more complex and harder to maintain or update.

In general, a good software design principle is to aim for low coupling and high cohesion. This makes the system easier to manage, understand, and scale.

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It seems like you haven't provided a question related to "High coupling, low cohesion". However, I can explain what these terms mean in the context of software engineering.

1. High Coupling: Coupling refers to the degree of direct knowledge that one class has of another. It's the measure of how much one module (class or function) depends on the other modules of a system. High coupling means that a class or module has a high level of dependency on other modules. This can make the system harder to manage, as changes in one module may have a ripple effect on others.

2. Low Cohesion: Cohesion refers to how closely all the routines in a class or module support a central purpose. Modules with high cohesion tend to be preferable, because high cohesion is associated with several desirable traits of software including robustness, reliability, reusability, and understandability. In contrast, low cohesion means that a module performs tasks which are not very related to each other. This can make the system more complex and harder to maintain or update.

In general, a good software design principle is to aim for low coupling and high cohesion. This makes the system easier to manage, understand, and scale.

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It seems like you haven't provided a question related to "High coupling, low cohesion". However, I can explain what these terms mean in the context of software engineering.

1. High Coupling: Coupling refers to the degree of direct knowledge that one class has of another. It's the measure of how much one module (class or function) depends on the other modules of a system. High coupling means that a class or module has a high level of dependency on other modules. This can make the system harder to manage, as changes in one module may have a ripple effect on others.

2. Low Cohesion: Cohesion refers to how closely all the routines in a class or module support a central purpose. Modules with high cohesion tend to be preferable, because high cohesion is associated with several desirable traits of software including robustness, reliability, reusability, and understandability. In contrast, low cohesion means that a module performs tasks which are not very related to each other. This can make the system more complex and harder to maintain or update.

In general, a good software design principle is to aim for low coupling and high cohesion. This makes the system easier to manage, understand, and scale.

High coupling, low cohesion

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