Answer:
Behavioral.
Explanation:
Dependent personality disorder may be defined as the medical condition in which the individual is characterized by the inability to be alone. The individual depend on the other people for their advice and comfort.
This disorder mainly depends on the behavioral approach of that individual. The particular behavior of the individual to depend on the other individual may increase the chance of the dependent personality disorder. Hence, the therapist is least affected by hos behavior.
Thus, the answer is behavioral.
Some researchers believe that dreams have no real purpose while others think that dreaming is essential to mental, physical and emotional well-being of a person. Sigmund Freud's theory of dreams suggests that dreams represent a person's unconscious desires, motivations, and thoughts. some dream experts say that we dream because our brain is trying to interpret outside stimuli, while another says that dreams "clear up" the mind for the next day, and in another theory it says that the dreamer is able to make connections between different emotions and thoughts and emotions in a safe environment.
Most likely obese, but it depends on the female's height and weight
Answer:
B.
Explanation:
Smallware-washing is the process of collecting and cleaning the dishes used in preparation, serving, and storing food in restaurant. The dishes include cutlery, pots, glasses, kitchenware, etc. The three-compartment sink is a five-step process to clean the dishes.
The step which is incorrect for smallware-washing in a three-compartment sink is to use sanitizer to kill germs. The sanitizer used to sanitize the dishes is hot water or chemical mixed solution.
Therefore, option B is correct.
<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>
