Answer:
All are psychological behaviors explained below.
Explanation:
- Learned helplessness is a behavior given by the subject after the continue repetition that is beyond there control and the subject seems to be powerless. Ex escape from the running train or a cyclone.
- An optimistic attribution style is how the people explain themselves in an event that is either negative or positive. Such as wrong choices in life and can be pervasive.
- External locus of control is that success or failure results from the external factors like the luck, faith, and circumstances and bias. Ex a teacher who seems to be unfair to the student.
- Self-serving bias is a tendency of the pol to attribute the positive aspects to there own lives and the negative ones to others or external factors. Ex is of Self-esteem of a person.
Answer:
Option C: action time lag.
The Congressional meetings, discussions, arguments, debates over fiscal policy and the subsequent signing or vetoing by the President of a bill are part of the <u>action time lag.</u>
Explanation:
The action time lag is the time required between recognizing an economic problem and implementing policy to solve it. The action time lag is quite extensive for fiscal policy, as it requires congressional approval. All the Congressional meetings, discussions, arguments, debates over fiscal policy and the subsequent signing or vetoing by the President are all parts of the process.
Great Britain imprisoned Jomo Kenyatta for the role in the Kenyan nationalist movement.
Answer:
Domain → (-∞, 1) ∪ (1, 2]
Explanation:
Given functions are,
f(x) = 
g(x) = (x - 1)
Since, h(x) = 
Therefore, h(x) = 
This function is defined for,
(2 - x) ≥ 0 [Since, square root of negative numbers is not defined]
⇒ x ≤ 2
And (x - 1) ≠ 0 [Since, fraction is not defined for denominator = 0]
x ≠ 1
Therefore, domain of the function 'h' will be,
(-∞, 1) ∪ (1, 2]
Answer: sensory adaptation.
Sensory adaptation it's when the sensitivity to a
stimulus decreases as a consequence of constant exposure to the stimulus.
When the stimulus starts, the neurons will begin firing action potentials. After a while in the same environment, you'll most likely have forgotten all about that sensation (in this case noise) even though the stimulus is exactly the same.
