The problem solution is design is most useful for determining the source of the problem as this is a design of providing steps and accurate measures in solving a particular problem and show its solution or provide the solution needed.
Answer:
(A) the rapid gain in height and weight known as the growth spurt
Explanation:
The first outward sign of puberty is the rapid gain in height and weight known as the growth spurt. Puberty is going to eventually happen to everyone and it's nothing to be concerned about. During this time, you should talk to your parents if you have any questions or concerns involving your body.
Answer:
Employer-Employee relationship
Explanation:
This scenario shows the existing relationship between Xanat and Humberto, her supervisor.
Humberto notices Xanat's decline in work performance levels and calls her for a meeting where it is discovered that her recent bad performances at work is related to the grief she is facing as a result of her mother's death.
Humberto understands her grief and instead of threatening her with pay cuts or sacking, he recommends she visit the company's Employee Assistance Program so she can get over her grief quicker and return to work.
This shows quite clearly the good working relationship between Employee and Employer. In another scenario, with another supervisor, Xanat may have been fined or talked to harshly but because of the working relationship her supervisor Humberto understood her grief and gave her time to recover and a place to do so.
Answer:
The correct answer is 27' (minutes). The problem actually has only one solution.
Explanation:
- We have to part from the basic <em>speed-distance-time</em> formula:
s=d/t
- The time until they are distanced 10 miles is the same since the two trains leave at the same moment. We will call that time: t
- We will call the first train: A
- d1 is the distance train A traveled until it is distanced 10 miles from train B
70=d1/t
70t = d1
- We will call the second train: B
- d2 is the distance train B traveled until it is distanced 10 miles from train A
60=d2/t
60t = d2
- So, the distance between A and B when the trains leave is: 45 miles
d1 + d2 + 10 = 45
70t + 60t = 35
130t = 35
t=27’
The problem actually has only one solution.
