Answer:
Crisis-Mapping
Explanation:
Social networks are characterized by the immediacy of the content that users produce, and that same feature can be transferred to the online mapping of crises and conflicts.
Characteristics Crisis-Mapping:
- Real-time information processing.
- Immediacy;
- Visualization of the aggregated information can allow the detection of patterns that cause new analyzes to be undertaken or work hypothesis to verify.
- Continuity in the tasks, the maps record activity without interruption during the twenty-four hours of the day and seven days per week.
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Flexibility in the protocols, since the tasks are distributed and evolve according to the dynamics (the crisis maps evolve with the crisis itself).
Answer:
Option B, CUSTOMER MISBEHAVIOR.
Explanation:
Consumer misbehavior can defined as the behavioral acts by consumers which violate the generally accepted norms of conduct in consumption situations, and disrupt the order expected in such situations. Misbehavior by consumers disrupts the openness, impersonal trust, and orderliness of the exchange environment.
Some of the examples of customer misbehavior are: shoplifting, bending rules, breaking rules by ignoring warnings and using products in forbidden or ways not recommended...
* Routinized response behaviour is a type of purchasing scenario whereby the purchaser of a product or a service has past experience with purchasing it and automatically makes the decision to purchase again.
* Psychological influences refers to the workings of the mind or psyche that influences customer decisions.
* Social influences refers to the intentional and unintentional efforts to change another person's beliefs, attitudes, or behavior.
Therefore, the option that best suits the question is option B, CUSTOMER MISBEHAVIOR.
Answer:
It reverts to the original image
Explanation:
<h3>Efficiency. Moreover, the same character in ASCII requires 7 bits, but EBCDIC required 8 bits. Therefore, ASCII is more efficient than EBCDIC.</h3>
Answer:
see attached
Vin -5V- +5V
Input current : 500 x 10^-6 A
V_r: 0V 5V
I_r: 1 mA
Explanation:
Step 1: Circuit Designing: you have to address the question what is your proposed circuit going to do (its function).
Step 2: Decide on circuit components that can address each such circuit functions.
Step 3: Decide on the operational specification for the circuit: voltages, currents, frequencies etc.
Step 4: Simulate your circuit to confirm if it works as expected with simulation software such as Multisim.
