Nice Horizon Bank
has the following measures of bank profitability: EM = 14.3 and ROA
= 1.04%.
Gold Coast Bank measures are
EM = 13.1 and ROA = 1.12%. Calculate both banks’ net profit
after taxes and equity capital if both banks’ assets are equal
to $110 million.
NHB
GCB
Net profit
after taxes
Equity capital
XYZ Bank is having ROA of 2.8%. It is proposing to increase its
EM from 10 to 20. Assuming no change in its ROA, will this proposal
reduce its ROE? Select one:
a. Yes
b. No
A firm has an ROA of 15%, profit margin of 3% and ROE of
30%. What is its liability to total asset ratio?
50%
60%
70%
20%
A firm has an ROA of 15%, profit margin of 3% and ROE of
25%. What is its liability to total asset ratio?
59.88%
60.05%
40.00%
20.16%
A firm has an ROA of 15%, profit margin of 3% and ROE of
25%. What is its liability to total asset ratio?
59.88%
60.05%
40.00%...
Henderson's Hardware has an ROA of 7%, a 6% profit margin, and
an ROE of 20%.
What is its total assets turnover? Do not round intermediate
calculations. Round your answer to two decimal places.
What is its equity multiplier? Do not round intermediate
calculations. Round your answer to two decimal places.
DuPONT ANALYSIS
Henderson's Hardware has an ROA of 7%, a 6% profit margin, and
an ROE of 16%.
What is its total assets turnover? Round your answer to two
decimal places.
What is its equity multiplier? Round your answer to two decimal
places.
6. What are the formulas for the following: ROA, Current Ratio,
Debt Ratio? What accounting statement(s) would we need to calculate
each of these three ratio (Be specific)? (6 points)
I need this answered in detail at least a paragraph
Effects of EM Radiations on Humans. Human bodies
constantly absorb, reflect, and emit EM radiation. What are the
maximum permissible exposures (MPE) for different range of
frequencies? Explain the difficulties and possible solutions to
quantify an excessive exposure level. Minimum one page,
single-spacing. Cite your references.
3. For the EM waves with the following E-fields, describe the
type and orientation of their polarization.
(a) E = E0 sin(kz − ωt) ˆi − sin(kz − ωt) ˆj
(b) E = E0 cos(kz − ωt) ˆi + cos(kz − ωt) ˆj
(c) E = E0 cos(kz − ωt) ˆi + sin(kz − ωt) ˆj
(d) E = E0 cos(kz − ωt) ˆi + cos(kz − ωt + π/2)ˆj