Answer:
John B. Watson
Explanation:
Watson studied the findings made by Ivan Pavlov at the same time as his doctorate, and developed similar research in animal biology, physiology, and behavior, as well as child behavior, concluding that human behavior was in many ways similar to animal behavior. Based on this finding and inspired by Pavlov's discoveries, he created within Psychology a new current, Behaviorism. According to him, the behavior of complex organisms responds to situations according to their nervous network, which is conditioned by experience. Based on this, we can conclude that when Fred insists that he can turn any reasonably healthy individual into an internationally competitive tennis player, Fred is echoing Watson's thoughts.
The given statement is False.
Further Explanation:
Athletes as well as fitness enthusiasts are always seeking for ways to improvise their performance and also attain their goals. Having a good nutrition may aid one’s body to perform better and also recover faster after every workout. Optimal nutrient intake before an exercise will not aid in increasing the performance. Each macronutrient comprises of a specific role prior to a workout. But, the ratio in which an individual needs to consume varies by the person and also by the kind of exercise.
Muscles require carbohydrates and use glucose from carbs for fuel. Glycogen is the way the body stores and processes glucose, majorly in muscles and liver. For high and short-intensity exercise, glycogen stores are the muscles main sources of energy. The glycogen stores in muscles are restricted and as these become depleted, the output and intensity reduces. It has been shown in studies that the carbs may elevate the glycogen stores as well as utilization during boosting carbohydrate oxidation while exercising.
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Answer Details:
Grade: High school
Subject: Biology
Chapter: Diet and Fitness
Keywords:
Carbs, energy, diet, workout, glycogen stores, muscles, glucose levels, athletes, fitness enthusiasts.
B. fascicles, myofibrils, myosin.
C. myofibrils, fascicles, actin.
D. sarcomeres, myofibrils, actin
To calculate the total weight for all the waste collected, you need to know the weight of each type of waste and add them together. You can use a scale to measure the weight of each waste bin or bag, or you can estimate the weight based on the volume and density of each material. For example, according to the web search results, the average density of paper is 0.6 grams per cubic centimeter, the average density of glass is 2.5 grams per cubic centimeter, the average density of plastic is 0.9 grams per cubic centimeter, and the average density of metal is 7.8 grams per cubic centimeter. If you have a paper bin that is 30 centimeters long, 20 centimeters wide, and 40 centimeters high, you can estimate its weight by multiplying its volume by its density:
Weight of paper bin=Volume of paper bin×Density of paper
Weight of paper bin=(30×20×40) cm3×0.6 g/cm3
Weight of paper bin=14400 g=14.4 kg
You can do the same calculation for the other types of waste, using their respective dimensions and densities. Then, you can add up all the weights to get the total weight for all the waste collected.
To indicate the amount received per item and how much the family received at a recycling company, you need to know the price per unit weight for each type of waste. This may vary depending on where you live and where you recycle. According to the web search results, some possible prices are:
Paper: $50 to $75 per ton
Glass: $0.02 to $0.15 per bottle
Plastic: $0.05 to $0.10 per bottle
Metal: $0.25 to $1.50 per pound
You can multiply these prices by the weight of each type of waste to get the amount received per item. For example, if you have 14.4 kg (31.7 lbs) of paper, you can estimate the amount received by multiplying it by $50 per ton (2000 lbs):
Amount received for paper=Weight of paper×Price per ton
Amount received for paper=31.7 lbs×
The task of calculating the total waste and earnings from recycling requires knowing the amount of each type of waste and the rates that the recycling company pays for each type. You would then multiply the amount by the rate for each type of waste and add these up for the total weight and earnings.
This problem seems to be about calculating the total weight of waste collected and understanding how much a family might receive from a recycling company. However, to provide a detailed and accurate answer, we need more information about the amount of each type of waste collected (organic, paper, glass, plastic, metal) and the rates at which the recycling company pays for each. For instance, if a family recycled 5kg of paper waste and the recycling company pays $2 per Kg, then they would receive $10 for paper waste. The formula you need to use is: weight of individual waste type x rate of recycling company. The total weight of collected waste equals the sum of all individual waste items and total money received from recycling company would be the sum of all money received for each type of waste.
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b. Lipids.
c. Carbohydrates.
d. Protein
b-11
c-20
d-28
Answer:
The correct answer is option b, that is, 11.
Explanation:
The organic components which combine to produce proteins are known as amino acids. The proteins and the amino acids are considered as the fundamental building elements of life. The human body utilizes amino acids to produce proteins that assist the body to grow, dissociate down food, repair damaged tissues of the body, and to perform various other activities.
Amino acids are categorized into three prime groups, that is, the essential, non-essential, and conditional amino acids. The essential amino acids are not produced within the body and had to be taken via an external source. There are nine essential amino acids.
The nonessential amino acids are the ones that get produced within the body, even if one does not take it from outside, they are produced spontaneously. These amino acids are 11 in number. These are arginine, alanine, cysteine, aspartic acid, glutamine, glutamic acid, proline, glycine, tyrosine, serine, and asparagine.