Answer:
The first place to post the flyer will be <u>Children Day Care Centers
</u>
Second will be near <u>ponds, lakes</u> where people tend to go for swimming
Third will be at the <u>schools and hospitals</u>
Fourth will be at <u>indoor / swimming pool</u> for general public and professional swimmers
Explanation:
Children Day Care Centers:
Kids who attend day care centers, including diaper aged kids and people who take care of the day care kids are more like prone to infection. Especially, when parents of infected kids leave their kids in the day care where rest of the kids attend. Kids have weak immune system and they get easily affected by Cryptosporidium.
Ponds, Lakes, Indoor swimming pool
Backpackers, hikers & campers use the lakes and ponds for bathing, swimming etc., are exposed to Cryptosporidium infection as they end to consume unfiltered and untreated water
Schools and Hospitals
Kids, infants and pregnant women are more like to get seriously ill due to weak immune system which may lead to dehydration leading to diarrhea, as they tend to contact infected people.
Answer:
a. Determine the standard cost per unit for direct materials and direct labor.
standard direct labor rate = $20 x 30/60 minutes = $10 per faucet
standard direct materials rate = $1.80 x 2.5 lbs = $4.50 per faucet
b. Determine the direct materials price variance, direct materials quantity variance, and total direct materials cost variance.
direct materials price variance = (actual price x actual quantity) - (standard price x actual quantity) = ($1.95 x 13,000) - ($1.80 x 12,500) = $25,350 - $22,500 = $2,850 UNFAVORABLE
direct materials quantity variance = (standard price x actual quantity) -(standard price x standard quantity) = ($1.80 x 13,000) - ($1.80 x 12,500) = $23,400 - $22,500 = $900 UNFAVORABLE
total direct materials variance = direct materials price variance + direct materials quantity variance = $2,850 + $900 = $3,750 UNFAVORABLE
Answer:
a. Fishbone Diagram
Explanation:
The problem-solving process can be defined as the systematic approach used to identify and determine the solution to a particular problem.
The steps involved in the problem-solving process are;
1. Identify and define the problem.
2. Gathering of information.
3. Consider your options.
4. Weigh disadvantages and evaluate a solution.
A Fishbone diagram is also referred to as Ishikawa diagram and it can be defined as a cause and effect diagram that is typically used by managers to identify possible reasons for failure, defect, variation, imperfection, so as to discover the root cause of a problem and proffering the right solution. It was designed and developed by Professor Kaoru Ishikawa in the 1960s.
Cause and effect can be defined as the relationship between two things or events in which an occurrence one (cause) leads to the occurrence of another (effect).
Hence, the following exchange "We pay higher costs than we need to when we go bowling because we don’t own our own equipment." demonstrates the Fishbone diagram.
<span>
$300,000 / 30% = 1,000,000 - 300,000 = $700,000 </span>
1.A.The mission of the System
2.C.Losses
3.B.Operational Characteristics
