Answer:
Classically conditioned response
Explanation:
The concept of classical conditioned response entails the placement of a neutral signal to the occurrence of a natural reflex. The smell of the almond in this case is capable of producing the negative response to the food shown by Jose. In classical conditioned response, there is always an association between two stimuli, which then results in a response that is learned.
Answer: (a) an 8-ounce (237 ml) serving of orange juice that contains 125 milligrams of vitamin C and has 111 calories
Explanation:
Nutrient density or nutritional density reflects the ratio of the nutrient content to the total energy content of the food. Therefore the nutrient density is expressed in terms of the amount of a specific nutrient (in weight) per 1000 calories or joules
Comparing the nutritional density of the two drinks;
(a) For an 8-ounce (237 ml) serving of orange juice that contains 125 milligrams of vitamin C and has 111 calories(111/1000 Kcal) or 0.111Kcal
nutritional density = 125mg/0.111Kcal = 1126.126 mg/Kcal
(b) For an 8-ounce serving of a sport drink that contains 175 milligrams of vitamin C and has 250 calories(250/1000 Kcal) or 0.250Kcal
nutritional density = 175/0.250Kcal =700 mg/Kcal.
Therefore, an 8-ounce (237 ml) serving of orange juice that contains 125 milligrams of vitamin C and has 111 calories has a greater nutritional density of Vitamin C <em>than an 8-ounce serving of a sport drink that contains 175 milligrams of vitamin C and has 250 calories.</em>
<span>Heart Rate Reserve, HRR. Heart rate reserve (HRR) is the difference between resting heart rate (HR<span>rest) and maximum heart rate</span> (HRmax). Heart rate reserve is used when determining exercise heart rates. The Karvonen formula is used to calculate exercise heart rate at a given percentage training intensity.</span>
