Answer:
use a combination of tests measuring both cognitive abilities and non-cognitive traits such as emotional intelligence and personality
Explanation:
In the given scenario many of the applicants Fran perceives as having good emotional intelligence and agreeable personalities (a plus for a fitness studio), do not score well on the cognitive ability test.
Since she wants people that have non-cognitive traits such as emotional intelligence and personality, and also good cognitive abilities.
She will need to use a combination of tests measuring both cognitive abilities and non-cognitive.
Answer:
6%
Explanation:
Data provided as per question is as given below:-
Redeemed amount = $1,000
Sale value of Bond = $687.25
Number of year = 5
The computation of interest rate is as shown below:-
Interest rate = (Redeemed amount ÷ Sale value of bond) ^ (1 ÷ Number of Year) - 1
= (1,000 ÷ 747.25) ^ (1 ÷ 5) - 1
= (1.338) ^ (0.2) - 1
= 0.06
= 6%
Answer:
likely to be stolen and abused.
Explanation:
Uninterrupted information is a type of data that presented in a way that is understandably for most people (such as plain text).
When storing your information online with encrypted information, you make your data become easily identified, viewed and accessed by hackers. To prevent this from happening, you need to mask the data using encryption algorithms. This will make it really hard for a third party to decrypt your information and prevent it from being stolen.
Answer:
a. Beck Inc. = 5.00 and Bryant Inc. = 2.50
b. Beck Inc. = $100,000 and 100% : Bryant Inc. = $150,000 and 50 %
c. True.
Explanation:
Degree of Operating Leverage shows, the times Earnings Before Interest and Tax (EBIT) would change as a result of a change in Sales contribution.
Degree of Operating Leverage = Contribution ÷ EBIT
Thus,
Beck Inc = $500,000 ÷ $100,000
= 5.00
Bryant Inc. = $750,000 ÷ $300,000
= 2.50
<em>If Sales increased by 20% the effects on Incomes would be :</em>
Beck Inc = 20% × 5.00
= 100%
= $100,000 × 100%
= $100,000
Bryant Inc.= 20% × 2.50
= 50 %
= $300,000 × 50 %
= $150,000
