Answer: Desire
Explanation: AIDA model is widely used in marketing and advertising to describe the steps or stages that occur from the time when a consumer first becomes aware of a product or brand through to when the consumer trials a product or makes a purchase decision
AIDA is an acronym for Attention, Interest, Desire and Action. It is a model that assist to explain how an advertisement or marketing communications message engages and involves consumers in brand choice
It is one of the long standing model used in advertising and it is also known as hierarchy of effects model.
Answer:
Total cost= $350,400
Explanation:
Giving the following information:
For Gundy Company, units to be produced are 5,280 in quarter 1 and 6,400 in quarter 2. It takes 2.0 hours to make a finished unit, and the expected hourly wage rate is $15 per hour.
Quarter 1:
Direct labor cost= 5,280*2= 10,560 hours
Quarter 2:
Direct labor cost= 6,400*2= 12,800 hours
Total cost= (10,560 + 12,800)*15= $350,400
Answer:
total = total + amount
Explanation:
The statement that increments total by the value associated with amount i.e add the value associated with amount to that associated with total and assign the result to total is:
total = total + amount
Answer:
The answer is wildcat strike
Explanation:
At times, employees may engage in a Wildcat strike that is, a strike without the union's consent, or a slowdown, wherein employees report to work but intentionally decrease their productivity.
Circuit characteristics such as voltage, Contact resistance, and internal resistance of the body, Duration of the contract, Environmental conditions that affect the body's contact resistance, Pathway of the current through the body are not characteristic of contact with energized components that affect the severity of injury to a person in a shocking incident.
Sweating - Anything that increases the hydration of body tissues (such as sweating or being very young) makes a person a better conductor and therefore more likely to be injured in shock.
The main factors of energized components that influence the severity of an electric shock injury are 1) the amount of current flowing through the body, 2) the duration of the current flow, and 3) the path of the current through the body.
Learn more about energized components at
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