An oligarchy (ancient Greece) (asap)

Business reports are intended to examine and analyze a specific condition or situation and involve the application of business theories to propose/evoke a group of recommendations with an aim to improve. Such evaluation or analysis helps to problem-solving, decision-making, or future planning in business.

As per the question, the aspect of writing that affiliates to the component of credibility acknowledged as character 'addressing the needs of decision makers' as it would help propose an authentic analysis and produce an effective and reliable business report. Therefore, <u>option C</u> is the correct answer.

3 0

4 years ago

1. How does the behavior in this case reveal unknowingly a lack of ethics?

marishachu [46]

Answer: 1. Does his actions matches his thoughts .2 How do you reward loyalty? 3. How do you handle whistle blowers? 4. Do you over-promise? 5. How much business do you get by word of mouth?

2. Pragmatism is widely considered a virtue in business, but it is in fact a perilous approach, antithetical to long-term profitability. Pragmatism does have a positive connotation: it appeals to business people because they associate it with being practical and getting things done, which is a goal of business.

B. Possibly Moseley would have used the following steps listed below

1. Inquiry 2. Discussion 3.Evaluation

3.outcome-based ethical principles-Ethics based upon the consequences of action taken or foresworn, without regard to any underlying concept of duty or morality.

b. The major issues are A. Informed consent, b) Beneficence- Do not harm c) Respect for anonymity and confidentiality d) Respect for privacy.

Duty-based ethics teaches that some acts are right or wrong because of the sorts of things they are, and people have a duty to act accordingly, regardless of the good or bad consequences that may be produced.

1. It can be opposed to duty.

2. It can be in accordance with duty, but performed for other reasons entirely.

3. It can be in accordance with duty, where we recognize and do it because it is what's required, but where we also have other inclinations at work. 4. It can be performed “from duty”, where we have no inclination whatsoever to do it other than the fact that it is out duty.

Explanation:

8 0

4 years ago

Develop a testbench for the Half Adder that verifies the structural model. The testbench will have no ports. Your testbench shou

Fynjy0 [20]

Answer and Explanation:

-- Here we define the AND gate that we need for

-- the Half Adder

library ieee;

use ieee.std_logic_1164.all;

entity andGate is

port( A, B : in std_logic;

F : out std_logic);

end andGate;

architecture func of andGate is

begin

F <= A and B;

end func;

-- Here we define the XOR gate that we need for

-- the Half Adder

library ieee;

use ieee.std_logic_1164.all;

entity xorGate is

port( A, B : in std_logic;

F : out std_logic);

end xorGate;

architecture func of xorGate is

begin

F <= A xor B;

end func;

-- At this point we construct the half adder using

-- the AND and XOR gates

library ieee;

use ieee.std_logic_1164.all;

entity halfAdder is

port( A, B : in std_logic;

sum, Cout : out std_logic);

end halfAdder;

architecture halfAdder of halfAdder is

component andGate is -- import AND Gate

port( A, B : in std_logic;

F : out std_logic);

end component;

component xorGate is -- import XOR Gate

port( A, B : in std_logic;

F : out std_logic);

end component;

begin

G1 : xorGate port map(A, B, sum);

G2 : andGate port map(A, B, Cout);

end halfAdder;

---------------------------------------------------------END

Test Bench:

--import std_logic from the IEEE library

library ieee;

use ieee.std_logic_1164.all;

entity halfAdder_tb is

end halfAdder_tb;

architecture tb of halfAdder_tb is

component halfAdder is

port( A, B : in std_logic;

sum, Cout : out std_logic);

end component;

signal A, B, sum, Cout: std_logic;

begin

mapping: halfAdder port map(A, B, sum, Cout);

process

variable errCnt : integer := 0;

begin

--TEST 1

A <= '0';

B <= '1';

wait for 10 ns;

assert(sum = '1') report "sum error 1" severity error;

assert(Cout = '0') report "Cout error 1" severity error;

if(sum /= '1' or Cout /= '0') then

errCnt := errCnt + 1;

end if;

--TEST 2

A <= '1';

B <= '1';

wait for 10 ns;

assert(sum = '0') report "sum error 2" severity error;

assert(Cout = '1') report "Cout error 2" severity error;

if(sum /= '0' or Cout /= '1') then

errCnt := errCnt + 1;

end if;

--TEST 3

A <= '1';

B <= '0';

wait for 10 ns;

assert(sum = '1') report "sum error 3" severity error;

assert(Cout = '0') report "Cout error 3" severity error;

if(sum /= '1' or Cout /= '0') then

errCnt := errCnt + 1;

end if;

---- SUMMARY ----

if(errCnt = 0) then

assert false report "Success!" severity note;

else

assert false report "Faillure!" severity note;

end if;

end process;

end tb;

-------------------------------------------------------------

configuration cfg_tb of halfAdder_tb is

for tb

end for;

end cfg_tb;

----------------------------------------------------------END

8 0

3 years ago