Given the following:
Sigma =
17.8
E =
44 points
Confidence interval = 99% - 2.58
Confidence interval = 95% - 1.96
In order to get the sample size,
use the formula:
For 99% confidence level
n =
[ (z value x s) / E ]2
n =
[ (2.58 x 17.8) / 44]2
n =
1. 089 or 1 (rounded up)
For 95% confidence level
n =
[ (z value x s) / E ]2
n =
[ (1.96 x 17.8) / 44]2
n =
0.628 or 1 (rounded up)
As we decrease the confidence
level, from 99% to 95%, our confidence interval gets smaller. In additional, to
be more confident that our interval actually comprises the population mean we
have to increase the size of the interval. To ease that trade off between level
of confidence and the precision of our interval is to primarily increase the
sample size.
Answer: Committing to a team
Explanation:
When a person is integrated into a company or organization and puts all his efforts so that there is a group growth, he is a person who is committed to his team. He is someone who thinks beyond, does not simply focus on individual recognition or being the first, but seeks that everyone can grow and receive the same recognition. This type of attitude helps a lot so that companies or any entity where they work as a team can have a positive work environment. When a person focuses on working together and not individually, the results are greater and everyone wins.
Teamwork and the commitment that this brings is a sign that a person does want the best for the company where he works and for all the people around him.
Answer:
$1,500; Deficit
Explanation:
Given that,
GDP = $11,000,
Consumption = $7,500
Taxes = $500
National saving = Public saving + private saving
$2,000 = (GDP - Consumption - Government purchases)
$2,000 = $11,000 - $7,500 - Government purchases
Government Purchases = $11,000 - $7,500 - $2,000
= $1,500
Therefore, the government purchases is greater than the tax amount. Hence, the government have a deficit.
A sales person should always be patient and kind to the customer in order for the customer to not feel pushed to buy a product.
Hope I could help!
