23. Which statement is true of trade association groups eligible for group medical benefits?

Answer: A

Explanation:

Members of the association are usually in the same industry

Trade association groups eligible for group medical benefits typically consist of members who share a common industry or profession. This alignment allows for tailored benefits that meet the specific needs of those within the same field.

A) Members of the association are usually in the same industry

This option is correct as trade associations are generally composed of businesses or individuals that operate within the same industry. This homogeneity enables the association to negotiate better insurance rates and benefits that are relevant to the members' specific needs and circumstances.

B) Such associations are formed for the purpose of purchasing insurance

While trade associations may engage in purchasing insurance on behalf of their members, their primary purpose is not solely for this reason. They are formed to represent the interests of members within an industry, which can include advocacy, networking, and education, alongside the procurement of benefits.

C) The association membership primarily consists of large employers

This statement is incorrect because trade associations can include a mix of employers, ranging from small businesses to large corporations. The composition is not limited to large employers, thus making this option misleading.

D) Employer contributions are usually waived

This option is incorrect as employer contributions are typically required in group medical benefit plans. Waiving contributions would undermine the financial structure of such benefits and is not a standard practice among trade associations.

Conclusion

The correct answer, that members of the association are usually in the same industry, accurately reflects the nature of trade associations and their function in providing relevant benefits to their members. The other options fail to capture the core purpose and structure of trade associations, highlighting why they are less accurate in this context.