Answer:
The correct answer is C) A variable ratio reinforcement schedule
.
Explanation:
In this case, Neil must use an effort program of variable reason, considering that if he wants to create an operant behavior in a subject, he can administer the reinforcing stimulus only when the subject performs a certain number of times the behavior in question, for example every three times ; In this case, there is a fixed ratio reinforcement program. If instead you prefer to administer the booster when the subject performs a variable number of behaviors (for example, sometimes every three behaviors, sometimes every two, sometimes every four), you will have a variable ratio booster program.
Answer:
A) 18
B) 14,600 Units
Explanation:
To solve for Product line (P) we add total numbers the models. That is,
(a) Take product line (P) to be the total number of distinct products A, B & C models produced.
Where A=6
B=4
C=8
Add up
Therefore, we
P = 6 + 4 + 8 = 18 distinct models.
(b) to find QF of the plant for the total production amount of all products produce in the plant multiply by the product line (P) number and then add up.
That is,
QF= 6(500) + 4(700) + 8(1100) = 3000 + 2800 + 8800 = 14,600 units
Answer:
1. Population of those owning a pet in the business area
2. Secondary research technique
Explanation:
1. This provides valuable insight into the possible expected market demand for your cremation services, because the number of those having pets let you know if it is viable to get clients in that location or relocate to another promising location.
2. A secondary research technique allows for a situation as this; in which one has a limited budget. This is the case because one can quickly lookup existing research data from reputable sources such as the US Census Bureau free of charge about the target audience.
