Answer:
The correct answer is letter "A": nonequivalent group.
Explanation:
While conducting studies, nonequivalent groups are those where the target audience is not selected randomly. Instead, the participants are chosen generating another group represented by all those individuals who match the research criteria but, because of a reason, were not selected.
<em>There are different types of nonequivalent groups such as posttest only nonequivalent groups or pretest-posttest nonequivalent groups, for instance.</em>
Answer: Computer aided engineering(CAE) systems.
Explanation:
Computer aided engineering involves making use of computer softwares that aids production. The computer aided engineering software is used to design how product could look like, simulate the product on a computer system to determine the product's possible performance and to ensure the desired standard is met, before the design can then be used to carry out production. Computer aided engineering is commonly applied in automobile production and large buildings construction.
To record final annual interest and bond repayment:
2017
Mar 1
Bonds interest expense $25,400
Bonds payable $254,000
Cash $279,000
On March 1, 1997, the date of issuance, the entry is:
1997
Mar 1
Cash $254,000
Bonds payable $254,000
On each March 1 for 10 years, beginning March 1, 1997 (ending March 1, 2017), the entry would be (Remember, calculate interest as Principal x Interest Rate x Time)
Mar 1
Bond Interest Expense ($100,000 x 12% x 1) $25,400
Cash $25,400
Answer:
to get 5,00,000 australian dollar at the forward rate we are goign to need 4,704,000 US dollars
Explanation:
spot x (1 + (US rate - Australia rate) x time)
0.96 x (1+(0.03-0.05)x1 year) =
0.96 x 0.98 = 0.9408 forward exchange rate
$5,000,000 Australian Dollar * 0.9408 = 4,704,000 US dollars
Since Margo purchase her optimal consumption bundle, the
marginal utility per dollar consumed on dance lessons must be equivalent to the
marginal utility per dollar paid on dance shoes. The marginal utility per
dollar spent on dance lessons is 100 utils per lesson, where $50 per lesson is equivalent
to 2 utils per dollar. The marginal utility per dollar expended on dance shoes
therefore has to equal 2 utils per dollar. Since the marginal utility of a pair
of dance shoes cost 300 utils per pair, the value of a pair of shoes should be
$150 per pair, so that 300 utils per pair/$150 per pair is equal to: 2 utils
per dollar.