What is Mr. Mayenga's training heart rate at 60% of functional capacity using the heart rate reserve method?

What is Mr. Mayenga's training heart rate at 60% of functional capacity using the heart rate reserve method?

• A. 100 beats/min
• B. 110 beats/min
• C. 106 beats/min
• D. 120 beats/min

Answer: (C)

To determine Mr. Mayenga's training heart rate at 60% of functional capacity using the heart rate reserve (HRR) method, it's essential to first understand how to calculate heart rate reserve. The HRR method calculates the training heart rate by taking the resting heart rate into account along with the maximum heart rate. The formula used is: Training Heart Rate = Resting Heart Rate + (Heart Rate Reserve × Training Percentage) Heart Rate Reserve is determined by subtracting the resting heart rate from the maximum heart rate. Assuming we have the values for Mr. Mayenga's resting heart rate and maximum heart rate, the calculation involves finding the heart rate reserve first and then applying the 60% training percentage to it. Once you apply the given formula correctly, you arrive at the training heart rate for Mr. Mayenga. In this case, arriving at 106 beats per minute indicates that this value most accurately reflects the balance of intensity needed for effective cardiovascular training at the specified percentage of functional capacity. This approach to training heart rates is widely accepted in exercise physiology, ensuring that individuals train within an effective range for improved fitness outcomes while minimizing risk. The value of 106 beats per minute represents a suitable target for Mr. Mayenga based

To determine Mr. Mayenga's training heart rate at 60% of functional capacity using the heart rate reserve (HRR) method, it's essential to first understand how to calculate heart rate reserve. The HRR method calculates the training heart rate by taking the resting heart rate into account along with the maximum heart rate.

The formula used is:

Training Heart Rate = Resting Heart Rate + (Heart Rate Reserve × Training Percentage)

Heart Rate Reserve is determined by subtracting the resting heart rate from the maximum heart rate.

Assuming we have the values for Mr. Mayenga's resting heart rate and maximum heart rate, the calculation involves finding the heart rate reserve first and then applying the 60% training percentage to it.

Once you apply the given formula correctly, you arrive at the training heart rate for Mr. Mayenga. In this case, arriving at 106 beats per minute indicates that this value most accurately reflects the balance of intensity needed for effective cardiovascular training at the specified percentage of functional capacity.

This approach to training heart rates is widely accepted in exercise physiology, ensuring that individuals train within an effective range for improved fitness outcomes while minimizing risk. The value of 106 beats per minute represents a suitable target for Mr. Mayenga based