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Specifications内容2 Mechanical advantage refers to the ratio of input and output forces in a mechanical system. It can be used to describe the efficiency and working ability of a mechanical system. Mechanical advantage is calculated by the ratio of input force to output force. In a simple mechanical system, mechanical advantages can be changed through different components.

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

Mechanical advantage refers to the ratio of input and output forces in a mechanical system. It can be used to describe the efficiency and working ability of a mechanical system. Mechanical advantage is calculated by the ratio of input force to output force. In a simple mechanical system, mechanical advantages can be changed through different components.

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

Ordering Code内容3 Mechanical advantage refers to the ratio of input and output forces in a mechanical system. It can be used to describe the efficiency and working ability of a mechanical system. Mechanical advantage is calculated by the ratio of input force to output force. In a simple mechanical system, mechanical advantages can be changed through different components.

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

Mechanical advantage refers to the ratio of input and output forces in a mechanical system. It can be used to describe the efficiency and working ability of a mechanical system. Mechanical advantage is calculated by the ratio of input force to output force. In a simple mechanical system, mechanical advantages can be changed through different components.

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

Application内容4 Mechanical advantage refers to the ratio of input and output forces in a mechanical system. It can be used to describe the efficiency and working ability of a mechanical system. Mechanical advantage is calculated by the ratio of input force to output force. In a simple mechanical system, mechanical advantages can be changed through different components.

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

Mechanical advantage refers to the ratio of input and output forces in a mechanical system. It can be used to describe the efficiency and working ability of a mechanical system. Mechanical advantage is calculated by the ratio of input force to output force. In a simple mechanical system, mechanical advantages can be changed through different components.

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2

The calculation method for mechanical advantage is to divide the input force by the output force. For example, if the input force of a mechanical system is 100 N and the output force is 200 N, then its mechanical advantage is 2