Answer:
modeling
Explanation:
In the modeling technique “the therapist models the desired response / behavior”, ie he reinforces only the desired behaviors. Juan's therapist, through modeling, encourages Juan to start, or at least try, to open the door without wearing gloves, as this is a desired behavior for him to begin to lose his fear of germs.
Therapeutic modeling is the process by which a person learns behaviors by observing and imitating others. It is a very effective method of behavior change, since watching others is one of the main human ways of learning, assisting people who are exhibiting adaptive behavior teaches better coping strategies for people with inappropriate responses. Modeling is effective in overcoming fears and anxieties because it offers an opportunity to watch another person go through the anxiety-generating situation without injury.
Answer:
compassion fatigue
Explanation:
"Compassion fatigue" is a very common situation for people working in the healthcare industry. Veterinarians and other healthcare workers are often exposed directly to patients who have suffered traumas, thus, <u><em>they would feel the exhaustion of sympathizing with them.</em></u> This will result to diminished feelings of sympathy or care on their end. They will become<em> more resistant when it comes to helping people in the future</em>. This is <em><u>the cost of being overly exposed to care for people.</u></em>
Answer:
Wait what does what work?
Explanation:
what what what what
Answer:
Narrow and wide are used to describe the size of an object. How it will fit primarily.
Explanation:
Narrow and wide are used to describe the size of an object. How it will fit primarily.
<span>The usual answer (and correct) is to improve on the insulation, for example by covering the calorimeter, and using two cups, one inside the other.
Further improvements can be made
1) carrying out the experiment over as short a period of time as possible. reason; any calorimeter will loose heat, but the shorter the time allowed, the less heat will be lost.
2) Use a larger calorimeter, with greater volume of solution. reason; the greater the solvent mass requires more energy to obtain the same change in temperature. You get a smaller temp change for the same reaction, so less losses to the surroundings.
3) calibrate your calorimeter heat the same volume of pure water to a similar temperature as that which the reaction produces. Then determine the rate of heat loss over a period of time, say take temp every minute for 30 minutes, and plot a graph. This will give you a calibration curve that you can use to apply a correction for your calorimeter.</span>
