Answer:
Bargaining
Explanation:
Elizabeth Kubler-Ross developed a theory according to which people go through 5 different stages in the process of dying and grief:
- Denial: First, the person cannot accept the diagnosis from the doctors or can think there is a mistake and that he/she cannot be dying.
- Anger: In this stage, the person gets angry, usually at God, and gets upset and often wonders why is this happening to him/her.
- Bargaining: During this stage, the person says <u>she would do anything in exchange for not dying, he/she will make promises</u> (go to church, be a better person) to survive. These promises are usually made to God.
- Depression: The person accepts that bargaining will not work and will start a process of sadness, starting to recognize the reality of death.
- Acceptance: The person has come to terms with the fact that he/she is going to die and starts saying her goodbyes and reviews the life he/she has lived and makes arrangements referring to her/his death.
In this example, Janice is dying of cancer and she promises God that she will devote her life to church if he lets her live. We can see that s<u>he is bargaining and promising something in exchange for not dying</u>. Therefore, we can see that she is exhibiting the response of bargaining.
If I had to give myself a nickname, it would be T
Base on the given scenario, Rhonda should file a complaint
to the EEOC and not just in any court that she pleases. EEOC or also known as
the Equal Employment Opportunity Commission is the one responsible of
administering laws with the citizens in terms of discrimination that they may
experience in the workplace of which Rhonda felt and experienced.
Answer:
From the first generation = 2 ancestors.
From the second generation = 4 ancestors or (2)^2 ancestors.
From the third generation = 8 ancestors or (2)^3 ancestors.
We can infer from the given data, each consecutive generation possesses twice the number of members.
The sum will be:
2 + 4 + 8 + 16 + ... + (2)^39
To evaluate the amount of ancestors, let's employ the formula for the summation of a geometric sequence.
(Geometric sequence shows the sequence of numbers that varies by a specific factor. This factor is specifically known as a ratio).
Formula for Geometric sequence:
S = (a1) × 1 - (r)^n
--------------------------
1 - r
Take:
S -> sum
a1 -> first member of a sequence
r -> ratio
n -> number of elements
In this question, our:
a1 = 2; r = 2; and n = 39
S = (2) × 1 - (2)^39
-------------------------
1 - 2
S = 1,099,511,627,777
