Answer:
A) Functional and social value
Explanation:
Seeing the benefit that customers attribute to products is a marketing strategy to optimize sales and establish a brand that customers identify with. In this case, motorcyclists experience functional benefit and social benefit.
The functional benefit concerns the essential characteristics of the product, such as physical characteristics that please the consumer (eg the motorcycle scooter design). The social benefit is associated with the pleasure that the customer gets when purchasing the product. This is an individual benefit for each consumer, however, is an extrinsic advantage attributed to the product. For example, the status that the motorcycle brings to its owner.
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Answer:
If by Dark Ages, we mean the Middle Ages, then, one can safely say that business did more to bring the dark ages to an end and restore the world to civilization and progress.
The Middle Ages represented a decline in several areas, especially trade, when compared with classical antiquity (Ancient Greece and Rome).
By the late Middle Ages, several cities, especially in Italy, had began to develop trade networks again, and a merchant class was emerging.
With time, more cities became trade hubs, and this prompted economic development. Businesses grew, science and technological progress increased, and in general terms, civilization advanced more quickly in a few centuries than in the past millenia.
Answer:
to maximize profit, farmer must use 0.208 pounds of fertilizers
Explanation:
For profit maximization, marginal revenue must be equal to marginal cost.
Here marginal product of fertilizer= 1-N/200
selling price per busher= $4
total marginal revenue= (1-N/200)× 4
Total cost of fertilizer= 1.2N
To maximize profit
Marginal cost= marginal revenue
1.2N= (1-N/200)× 4
4.8N= 1-N/200
N= 0.208 pounds
to maximize profit, farmer must use than 0.208 pounds of fertilizers
Answer:
Note: <em>The complete question is attached as picture below</em>
1a. The one year spot rate can be calculated using the one year zero bond.
PV * (1 + S1) = FV
1 + S1 = 1000 / 900
S1 = 1.1111 - 1
S1 = 0.1111
S1 = 11.11%
1b. PV of the 2 year bond = $950
Annual coupon = 1000 * 5% = $50
950 = 50 / (1 + S1) + (50 + 1000) / (1 + S2)^2
950 = 50 / 1.1111 + 1,050 / (1 + S2)^2
1,050/ (1 + S2)^2 = 950 - 45 = 905
(1 + S2)^2 = 1050 / 905
1 + S2 = 1.160221/2
S2 = 7.714%
1c. Price of the 2 year zero bond = 1,000 / (1 + 0.07714)^2
Price of the 2 year zero bond = 1,000 / 1.1602
Price of the 2 year zero bond = 861.9203586
Price of the 2 year zero bond = $861.92
