Answer:
independent groups
posttest only
pretest/posttest
Explanation:
Posttest-only and pretest/posttest are the two elementary structures for experiments with independent-groups designs.
A posttest only design is most useful when spontaneous behavior is required from the participants.
Pretest-posttest designs developed from the posttest only design to consider issues of assignment bias and allocation of the participants, as they can avoid selection effects.
Since Carmen is a preschool teacher, she should add activities that would be align to the physical capabilities of her students. She should also take into consideration the interest of the kids.
The activities that can be added to the curriculum could be playtime. This should include running, or any activity while ensuring the safety of the kids. She may also add dancing and zumba.
Answer:
The rest period is called: Tapering period.
It is good because this type of rest has proven that it increases the muscular strength letting the athlete compete at their best level. The fundament behind that is that muscle fiber is recovered and rebuilt. But it needs to remain at rest to do so.
The ideal tapering period for weightlifting is from 4 to 28 days. So in our case, it is really good.
Explanation:
All right, to understand this answer we need to analyze everything. First, the rest period Mike is going to go through is called tapering period. This period is really special because muscle fiber is healed. Now, by this, I mean that every day of training he consumes muscle fiber that when not used gets restored and by doing so the muscle fiber is increased and rested. So, if Mike is going to have more muscle and it won't be tired. Then he is going to perform better because f will not only have more muscle but better performance. In our case weightlifting needs from 4 to 28 days to function ideally. Thus, our week is the perfect measure to increase his performance.
Answer:
NH3
Explanation:
Ammonia is a chemical compound formed by the chemical combination of Nitrogen and Hydrogen atoms. One Nitrogen and three hydrogen atoms are joined together by a covalent bond to form the ammonia compound.
