A **consumer** purchased a winter coat because the inside lining was made of a soft material. One type of benefit that was purchased was** sensory benefit**.

While purchasing a winter coat the **consumer** saw the quality of the product and whether this product matched his **preferences**. So the customer touches the material of winter coat to check its softness and then purchased the product. Thus, this refers to the** sensory benefit**.

Marketers use the method of** **sensory benefit in order to promote their products in such a way that they appeal to the emotions of buyers. So it becomes more of an **emotional response** rather than a need born of necessity.

Hence, the answer is given and explained above.

To learn more about **sensory benefit **here:

brainly.com/question/20308735

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Answer:

The answer is A.

Explanation:

Price discrimination is a pricing policy where different customers are charged or priced at different prices for the same goods or services.

Price discrimination include can be based on age, occupation, location etc. For example, based on location: customers in estates might be charged higher than a customer that live im Ghetto for the same product.

We have three types of price discrimination:

First-degree price decrimination

Second-degree price decriminatiom

Third-degree price discrimination

**Answer:**

True

**Explanation:**

The main advantage of a compound interest account is that the interest that you earn also earns interest, so the total amount of earned interest increases.

For example, a $10,000 account earning simple interest at a 4% rate will earn $4,000 in ten years. While the same amount in a compound interest account will earn $4,802.

**Answer:**

the total work** W = 29.05 kJ**

the change in total internal energy is

the total heat transferred in [kJ] is **Q = 1.860 kJ**

**Explanation:**

Given that

mass of carbon dioxide in the closed system = 1 kg

Temperature = (273+30 ) K = 303 K

Pressure

Pressure

polytropic expansion n = 1.27

Note that we are also given the following data set:

R = 188.9 J/kg.K

c_v = 655 J/kg.K

So; for a polytropic process ;

Since the system does not follow the first order of thermodynamics; To calculate the total work by using the expression:

W = 29048.62222 J

**W = 29.05 kJ**

Thus, the total work** W = 29.05 kJ**

The change in internal energy can be expressed by the formula:

Hence; the change in total internal energy is

Finally; to determine the total heat transferred in [kJ]; we go by the expression for the first order of thermodynamics which say:

Total Heat ** Q = ΔU + W**

**Q = (-27.19 + 29.05)kJ**

**Q = 1.860 kJ**

Hence; the total heat transferred in [kJ] is **Q = 1.860 kJ**