Answer:
- "I think I need a personal property floater"
Explanation:
As per the given description, the most appropriate description that the woman could give to her insurance agent would be conveying that she needs a personal property floater. A personal property floater is exemplified as the distinct additional insurance policy that assures to ensure a specific valuable item and cover its any kind of loss like stealing, or damage. Therefore, the woman requires a 'personal property floater' as wishes to ensure her specific item of value i.e. 'her expensive jewelry'.
Answer: c) Substage 3: Secondary circular reactions
Explanation:
Piaget's theory posits that children go through four different stages of cognitive development. Their mental development includes language, morals, memory and the like.
The sensorimotor stage is the earliest in Piaget's theory of cognitive development and is described as a period of tremendous growth and change.
It is divided into substages, the third of which is called SECONDARY CIRCULAR REACTIONS where the child becomes more focused on the outside world and begins to repeat activities to derive joy from them such as picking up a toy to put in their mouth.
Answer:
Problem-solving model
Explanation:
Problem-solving model can be explained as a model whereby set of skills are split into a step- by step process in order to solve problems. It can also be described as a simple cycle to solve problems and challenges.
It should be understood that, this model is aimed at providing a simple clear strategy to tackle problem solving situation. This model usually involves the use of charts or flow diagrams.
In this case, the decision of Fred to log his consumption of caffeine and alcohol is a typical example of problem-solving model. This is because the data being recorded daily will help him to solve the problem of taking more than what he supposed to consume daily and weekly.
<span>The poison distribution can be used to approximate the binomial distribution when the sample size n is large. This is then calculated using the formula
P(X) = e^-(np) *(np)^x
substituting X= 3
P(3)= e^-(430*1.5/100) * (430*1.5/100)^3
P(3)= 0.00158*268.3
P(3) = 0.42
P(3) = 0.0042%
P= probability of X occurring given n and p
n= sample size
p= true probability
e= exponential constant ~2.718
X=number of sample successes</span>
Answer:
Saturday morning session, 10 a.m. MDT.
Explanation:
