Answer c , heat I’m pretty sure
Answer:
Gradually increase the laps the individual swims every couple of weeks
Explanation:
Progression principle follows that the intensity of a specific exercise can be increased, or be above the normal range of an individual (which is called overload) over a optimal period of time. In other words, there is an optimal amount of overload you can do, but the increase needs to be done in optimal intervals.
Among all the choices, gradually increasing the individual swims every couple of weeks follows because it is specific to an exercise, and the increase progresses over a couple of weeks. If it is done too suddenly, then this could lead to injury. If it is done too slow, then there will be little to no progress. It cannot also be done randomly, because it can also lead to injury.
1) This type of conditioning is called classical conditioning. We learned that Jenny is always associating her room as a very cold environment. Because of this, she starts to <em>anticipate</em> this coldness that she even starts to shiver before she enters the room. Associating two events together is part of classical conditioning.
2) For this item, the type of conditioning shown is called operant conditioning. Operant conditioning is defined as having a change in behavior because of a reinforcement or a punishment. In this case, Jake is met with a punishment in the form of the ticket that's why his behavior changed.
3) This item is also an example of classical conditioning. Because you really disliked the sheep's brain, you started changing your behavior towards it that even something only <em>similar</em> to the brain makes you react unpleasantly. Here, you associated the brain (or the sight of something similar) to your very unpleasant experience in biology.
4) This one is another example of operant conditioning. Here, instead of being punished, you are offered a reinforcement in the form of a compliment. Because of this compliment, you decided to continue your haircut. Thus, the reinforcement successfully influenced your "behavior".
Sound vibrations move through the ossicles to the cochlea. Sound vibrations cause the fluid in the cochlea to move. ... The auditory nerve sends signals to the brain where they are interpreted as sounds.