False is the correct answer
Answer:
$5,857; $1,105
Explanation:
Cash flows from investing activities:
= Proceeds from sale of property and equipment + Sale of investments - Purchase of property, plant, and equipment
= $6,594 + $134 - $871
= $5,857
Therefore, the net cash provided by the investing activities is $5,857.
Cash flows from Financing activities:
= Borrowings under line of credit (bank) + Proceeds from issuance of stock - Payments to reduce long-term debt - Dividends paid
= $1,417 + $11 - $46 - $277
= $1,105
Therefore, the net cash provided by the investing activities is $1,105.
Answer: The correct answer is "a. decisions under risk.".
Explanation: The decision situations wherein the decision-maker chooses to consider several possible outcomes and the probabilities of their occurrence can be stated are called <u>decisions under risk.</u>
Decision-making under risk is one of the three possible decision-making scenarios based on the available information, this scenario presents an intermediate situation between decision-making under certainty or under uncertainty: each alternative, strategy or course of action has several possible consequences, but the person in charge of making the decision knows the probability of each of them.
Answer:
regression theory
Explanation:
According to the <u>regression theory</u> of Alderfer’s ERG theory, an already-satisfied lower-level need can become reactivated when a higher-level need cannot be satisfied.
Alderfer proposed a regression theory to go along with the ERG theory, where he propounded that <u>when needs in a higher category are not met then individuals redouble the efforts invested in a lower category need.</u>
For example if self-actualization or self-esteem needs in the Maslow's hierarchy of needs are not met then individuals will invest more effort in the physiological and safety category in the hopes of achieving the higher need.
Answer:
7.84%
Explanation:
Given:
Bond's par value (FV) = $1,000
Maturity (nper) = 25 × 2 = 50 periods (since it's semi-annual)
YTM (rate) = 0.0925÷2 = 0.04625 semi annually
Price of bond (PV) = $875
Calculate coupon payment (pmt) using spreadsheet function =pmt(rate,nper,-PV,FV)
PV is negative as it's a cash outflow.
So semi- annual coupon payment is $39.20
Annual coupon payment = 39.2×2 = $78.40
Nominal Coupon rate = Annual coupon payment ÷ Par value
= 78.4 ÷ 1000
= 0.0784 or 7.84%
