b. is testable, whereas a theory is not testable.
c. can be revised, whereas a theory cannot be revised.
d. is not testable, whereas a theory is testab
Letter A is right. :)
Michael faces several ethical dilemmas in the scenes. Firstly, he is torn between loyalty to his family and his personal values when he is asked to kill someone. He struggles to make a decision as he knows that his family expects him to carry out the task, but it goes against his own ethical code.
Secondly, Michael is forced to choose between his duty as a police officer and his loyalty to his family when he is asked to cover up a crime committed by his family member. This puts him in a difficult position as he wants to do the right thing, but he also does not want to betray his family.
In managing his way through these dilemmas, Michael relies on his own moral compass and seeks advice from trusted sources. He takes time to reflect on his values and considers the potential consequences of his actions.
Such ethical dilemmas are a believable part of modern life, and many people face similar situations in their personal and professional lives.
To know more about ethical dilemmas , refer to the link:
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b. The movement away from Victorian views and customs
c. Religious uncertainty
d. War and revolution
The answer is - family bonds.
The earliest human communities were based on familiar bonds, and they were strongly connected and cooperative communities because of this. The fact that they were connected by blood made them very close to each other, supportive to one another, and protective towards every member of the group. So to put it in a simple way, this communities were literally one big family.
To represent 1024 shades of gray, you would need 10 bits.
Here's how you can calculate it:
- 2^10 = 1024
In binary representation, 2^10 corresponds to 10 bits because each additional bit doubles the number of possible values (shades of gray in this case). So, with 10 bits, you can represent 1024 different shades of gray, ranging from 0000000000 to 1111111111 in binary, which is equivalent to 0 to 1023 in decimal.