Match the List I with List II

List I Training Terms	List II Meaning
A.	Intensity	I.	A quantitative element of training that can be measured as time or duration of training
B.	Volume	II.	The qualitative element of training such as speech, power.
C.	Density of training	III.	Intensity determined by dividing the total volume load by the total number of repetitions.
D.	Training intensity	IV.	The frequency of training within a given time frame.

Choose the correct answer from the options given below:

Correct option is B

A. Intensity → II. The qualitative element of training such as speed, power:
· Intensity refers to the effort or demand placed on the body during training, often represented by speed, power, or weight lifted.
2. B. Volume → I. A quantitative element of training that can be measured as time or duration of training:
· Volume is the total amount of training, commonly measured in terms of repetitions, sets, or overall time/duration.
3. C. Density of training → IV. The frequency of training within a given time frame:
· Density relates to how frequently training sessions or exercises occur within a set time period (e.g., number of sets per hour).
4. D. Training intensity → III. Intensity determined by dividing the total volume load by the total number of repetitions:
· Training intensity in resistance training is calculated as the average load per repetition.
Correct Matching: · A-II: Intensity → The qualitative element of training such as speed, power
· B-I: Volume → A quantitative element of training that can be measured as time or duration of training
· C-IV: Density of training → The frequency of training within a given time frame
· D-III: Training intensity → Intensity determined by dividing the total volume load by the total number of repetitions
Correct Answer: (b) A-II, B-I, C-IV, D-III Information Booster 1. Training Parameters:
· Intensity: Determines the level of effort.
· Volume: Represents the total amount of work done.
· Density: Describes the compactness or frequency of work.
2. Significance in Training:
· Balancing these parameters is crucial for achieving training goals while minimizing the risk of overtraining.
3. Applications in Sports Science:
· Used to design periodized training programs tailored to individual or team goals.