Summary
Stay Healthy with the Hawks
The Quincy University Student Health & Fitness Center provides a wide range of recreational activities, with amenities designed to meet your fitness and wellness needs. Membership is required, and a valid ID must be presented for admittance.
Facilities and Amenities
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Source: Quincy University

AI News Q&A (Free Content)
Q1: What are the key facilities available at the Quincy University Student Health & Fitness Center?
A1: The Quincy University Student Health & Fitness Center features a variety of amenities designed to cater to the fitness and wellness needs of its members. Key facilities include three multi-purpose gymnasium courts, a 3,600-square-foot fitness room equipped with 17 cardio machines, an aerobics room, an indoor walking/running track, two racquetball courts, and a 6-lane intercollegiate pool with a whirlpool. These amenities are available to students, faculty, and staff with a valid ID, while community members can access them through a membership fee.
Q2: How has Quincy University upgraded its cardiovascular equipment recently?
A2: Quincy University has recently upgraded its cardiovascular equipment to enhance the fitness experience for its users. The update included the purchase of about 20 new treadmills, elliptical machines, steppers, recumbent bikes, and upright bikes, many of which come with individual TV units. This upgrade was facilitated through an arrangement with Life Fitness, ensuring state-of-the-art equipment is available to patrons, making exercise more engaging and motivating.
Q3: What are the operational hours of Quincy University's Health & Fitness Center?
A3: The operational hours of Quincy University's Health & Fitness Center vary throughout the year. During the summer, the main building is open Monday through Friday from 6 AM to 8 PM, Saturday from 8 AM to 7 PM, and Sunday from 11 AM to 7 PM. The pool operates at slightly different hours, opening Monday through Friday from 8 AM to 12 PM and 4 PM to 8 PM, and Saturday/Sunday from 12 PM to 3 PM.
Q4: What impact does contraction mode have on exercise performance according to recent research?
A4: Recent research indicates that the mode of muscle contraction significantly affects exercise performance. Eccentric exercise, compared to isometric and concentric modes, leads to increased total impulse, critical torque, and work done above critical torque. It also results in a reduced metabolic response and peripheral fatigue. These findings underscore the importance of contraction mode in determining exercise tolerance and neuromuscular fatigue.
Q5: How does Quincy University ensure the ongoing quality of its fitness equipment?
A5: Quincy University is committed to maintaining the quality and modernity of its fitness equipment by implementing a plan to replace all cardiovascular equipment every three years. This proactive approach ensures that the facilities remain up-to-date and continue to meet the fitness needs of students and the broader community, thus enhancing the overall exercise experience.
Q6: What variety of fitness classes does Quincy University offer at its Health & Fitness Center?
A6: The Quincy University Health & Fitness Center offers a diverse range of fitness classes to cater to various interests and fitness levels. These include aerobics and water fitness classes, which are conducted by Quincy Medical Group. The center provides schedules and updates on these classes through their Facebook page, ensuring participants have access to the latest information.
Q7: What are the benefits of cardio exercises as per the latest scientific research?
A7: Scientific research underscores the numerous benefits of cardio exercises, including improved cardiovascular health, increased endurance, and enhanced metabolic function. Regular cardio exercise can also contribute to better mental health and weight management. The mode of exercise, whether eccentric, concentric, or isometric, plays a crucial role in determining the specific outcomes and efficiency of these workouts.
References:
- The Role of Contraction Mode in Determining Exercise Tolerance, Torque-Duration Relationship, and Neuromuscular Fatigue






