Answer: a deal website that compares different types of cars, so he can choose the one he likes best
Explanation:
When buying a good or service, it is best to look out for a variety of those goods because it will enable a person to be able to compare the different varieties and be able to pick the one most suitable for them.
Tanner therefore will most likely use a website that compares cars so that he is able to see the features that different cars offer which will enable him make a decision that is most suitable for him.
Answer:
True
Explanation:
Current and Quick ratio shows the liquidity position of the company. It shows that how much assets are available to company to pay off its liabilities if it becomes due in short period of time. High current and quick ratio make the company strong and it will have enough asset to deal with its obligation than with low current and quick ratio.
Answer:
d. The decision maker must only stick to completely rational, mathematical analysis while selecting an alternative.
Explanation:
It is most ideal for a decision maker to stick to completely rational way of selecting an alternative as this means that the decision maker will only make choices that will be of maximum benefits and low costs. Factors such as personal feelings, or sense of obligation do not interefere when a decision maker sticks to completely rational and mathematical analysis method of decision making.
Answer:
Explanation:
weight average = fraction of A X MW of A + fraction of B x MW of B
Mixture 1
1 / 3 x 100000 + 2/3 x 400000 = 900000 / 3 = 300000
Mixture 2
2/3 x 100000 + 1/3 x 400000 = 600000 / 3 = 200000
Number average
Mixture 1
(1 / 100000 x 100000 + 2 / 400000 x 400000) / (1/100000 + 2/400000 )
= 3 x 400000 / 6
= 200000
Mixture 2
(2/100000 x 100000 + 1/400000 x 400000 )/ (2/100000 + 1 / 400000 )
3 x 400000 / 9
=( 4/3 ) x 100000
Using the formula to calculate the total cost:
Cost = (85% x 3 million) + (60% x 3 million) + (20% x 3 million)
Cost = (0.85 x 3 million) + (0.60 x 3 million) + (0.20 x 3 million)
<span>Cost = (2.55 million) + (1.8 million) + (0.6 million)
Cost = 4.95 millions.</span>