Answer:
Intrusion.
Explanation:
Intrusion memory may be defined as the memory that refers to the particular theme or the certain memory that is not the part of the actual episode. The part of the original memory is confused with the episodic memory.
When Chuck was in a car accident he had a wish that he can put behind him and dreams of that day. In this case the original memory has been mixed up or confused with the actual memory of the accident. Chuck is unable to distinguish between the two memories.
Thus, the correct answer is option (4).
Answer:
a. 66.1798kg
b. 92.47%
Explanation:
His weight had been stable at 135 pounds until the past 6 months, in which he has experienced an involuntary weight loss of 10 pounds. He is 67 inches tall and his current BMI is 19.5. He complains of a poor appetite and being overly weak and tired. He also complains of cracks at the corners of his mount and a chronic sore throat which concerns him, given his cancer history. His usual diet is fairly consistent. He states that he rarely eats breakfast because he starts work at 6 a.m. He eats two deli meat sandwiches, "usually pastrami or salami," and a soda at 10 a.m., and may eat a candy bar in the afternoon when he gets off work. He often prepares frozen dinners or pizza at home in the evening and routinely drinks "about 4 or 5 beers" before going to bed. Occasionally he will cook a roast and mashed potatoes. He occasionally will have milk with cereal but rarely eats vegetables or fruit. He would like to know which vitamin supplement will give him energy.1.What is Samuel’s Ideal Body Weight? What is his current percentage of ideal body weight?
Extracting the parameters from the above statements
we can calculate ideal body weight in men as
50 + (0.91 × [height in centimeters − 152.4])
convert his height in inches to centimeters
67inches=170.18
50+(0.91*(170.18-152.4)
66.1798kg
What is his current percentage of ideal body weight?
61.2/66.178*100%
92.47%
Answer: to defend itself
Explanation:
This natural reaction prepares you to either flee or protect yourself in dangerous situations. Your heart rate increases, your adrenal gland releases cortisol (a stress hormone), and you receive a boost of adrenaline, which increases energy. This fight-or-flight response occurs in the alarm reaction stage.
