Select one:
A. For two weeks of her study, she can eat her high protein meal
for breakfast and high carbohydrate meal for lunch; she should
then switch the meals for the last two weeks.
B. She should try running a longer distance after lunch since
she seems to be faster regardless of her meal. C.She should only eat her high protein meals for breakfast and
only eat her high carbohydrate meals for lunch for all four weeks
of her study. D. She should eat only protein meals on some days and only
carbohydrate meals on other days, which can be determined by a
coin toss.
Answer:
Time and quantity of food if changed or regulated sincerely then Courtney would be able to see the true impact of her type of meals
Explanation:
Suppose if Courtney chooses Option C as the choice of food for her race time, then her emphasis should be on two things in order to see the true impact of her meals -
a) The time at which food is taken - For breakfast , she should try to take her food between 6 to 8 AM and not later than this.
b) The quantity of food - Quantity of food is very essential to maintain a good health which will in turn ensure better performance in race.
Answer:
The time of day seems to influence her speed; however, she wants to test the impact of the type of meals she eats.
Explanation:
A. period
B. orbit
C. perigee
D. revolution
Answer:
B. orbit
Explanation:
As an object travels around the sun or other large object, it travels on a fixed path that is called its orbit.
B) It is based on European measurement standards.
C) It is the only scientific measurement system.
D) It is based on the wavelength of krypton-86 radiation.
Answer:
The answer is:
A) Its measures are based on divisions that are powers of ten.
Explanation:
The explanation for why this is the answer is that it is true and obvious that the metric measurement system relies on certain divisions and prefixes that are based on the powers of ten such as "centi-" or "milli-". In short, the metric measurement system's basis is being able to have it's measures somewhat "altered" or "adjusted" by these particular prefixes to fit the item or subject or object being measured.