Difference between the time of introduction of the product in one country and the time, when the producers in other country start producing it

Match the items of List - II with List - I to identify the correct code which are related to legal forces affecting international marketers. List - I List - II (a) Tariff (i) A regulation specifying the proportion of a finished product’s components and labour that must be provided by importing country. (b) Import Quota (ii) Tax imposed on product entering a country and used to protect domestic producers and/or raise revenue. (c) Local-content Law (iii) A requirement that a product contain or exclude certain ingredients or that it be tested and certified as meeting certain restrictive standards. (d) Local-operating Law (iv) Limiting amount of a particular product that can be brought into a country, to protect domestic industry or broadening access to its markets. (e) Standards and Certification (v) A refusal to buy products from a particular company or country (f) Boycott (vi) A constraint on how, when or where retailing can be conducted

A

(a) - (iii), (b) - (iv), (c) - (ii), (d) - (i), (e) - (vi), (f) - (v)

B

(a) - (vi), (b) - (ii), (c) - (i), (d) - (iv), (e) - (iii), (f) - (v)

C

(a) - (ii), (b) - (iv), (c) - (i), (d) - (vi), (e) - (iii), (f) - (v)

D

(a) - (iv), (b) - (vi), (c) - (i), (d) - (ii), (e) - (iii), (f) - (v)

Read the given statements and conclusions carefully. Assuming that the information given in the statements is true, even if it appears to be at variance with commonly known facts, decide which of the given conclusions logically follow(s) from the statements. Statements: Some rock-stars are producers. All producers are designers. All workers are producers. Conclusions: I. Some rock-stars are designers. II. All workers are designers. III. No worker is a rock-star.

A

Conclusions I, II and III follow.

B

Both conclusions I and II follow.

C

Both conclusions II and III follows.

D

Only conclusion II follows.

Given below are three quantities named A, B and C. Based on the given information, determine the relation among the three quantities. A shopkeeper bought two products X and Y from a company. He bought product X for Rs. 3060 and sold it to the customer earning a profit of 20%, while he sold the product Y to a customer for Rs. 4160, thereby earning a profit of 30%. Quantity A: If the company earned a profit of 20% on the product X, what is the manufacturing cost of product X? Quantity B: If the company earned a profit of Rs. 600 on the product Y, what is the manufacturing cost of product Y? Quantity C: What is the difference between the total price paid by the customers and the total manufacturing cost of the products X and Y?

A

Quantity A > Quantity B > Quantity C

B

Quantity A < Quantity B < Quantity C

C

Quantity A < Quantity B > Quantity C

D

Quantity A ≥ Quantity B ≤ Quantity C

E

Quantity A = Quantity B = Quantity C

Two stores A and B bought the same product from the company at the same price. Store A marked the price of the product 50% above its cost price and offered two successive discounts of 15% and 10% on the marked price of the product, while store B marked the price of the product 60% above its cost price and offered two successive discounts of 15% and 12% on the marked price of the product. If a customer buys the product from store B, he has to pay Rs. 986 more than that at store A. At what price the two stores bought the product from the company?

A

Rs. 15000

B

Rs. 20000

C

Rs. 25000

D

Rs. 30000

E

Rs. 35000

Thin layer of material B (of total amount m) is plated on the end faces of two long rods of material A. These are then joined together on the plated side (see the figure below) and heated to a high temperature. Assuming the diffusion coefficient of B in A is D, the composition profile CB along the rod axis x after a time t is described by
Introduction to Metallurgy mcq question image

Introduction to Metallurgy mcq question image

A

$${C_B} = \frac{m}{{2\sqrt {\pi Dt} }}\exp \left$$

B

$${C_B} = \frac{m}{{2\sqrt {\pi Dt} }}erf\left$$

C

$${C_B} = \frac{m}{{2\sqrt {\pi Dt} }}\left$$

D

$${C_B} = \frac{m}{{2\sqrt {\pi Dt} }}t$$

The figure shows the revenue generated over different product life cycle stages marked as P, Q, R and S. Group I lists these product life cycle stages. Group II lists typical efforts leading to revenue maximization during a stage. Group I Group II P. Introduction 1. Efforts to enhance the production capacity Q. Growth 2. Efforts to rejuvenate the product R. Maturity 3. Efforts to maximize the product performance S. Decline 4. Efforts to explore other markets Match the stage with the efforts.

A

P - 3, Q - 4, R - 2, S - 1

B

P - 1, Q - 4, R - 2, S - 3

C

P - 1, Q - 3, R - 4, S - 2

D

P - 3, Q - 1, R - 2, S - 4

Which of the following statement (s) is/are true about the following eliminations? (1) Hoffmann product is major product in I (2) Saytzeff product is major product in I (3) Hoffmann product is major product in II (4) Saytzeffproduct is major product in II

A

1 and 2

B

1 and 4

C

2 and 3

D

3 and 4

Consider the following pairs S.No Governor-General Events in their Rule 1 Cornwallis Introduction of Civil services 2 Wellesley Telegraph and postal reforms 3 William Bentinck Introduction of English as an official language 4 Dalhousie Introduction of Subsidiary Alliance Which of the above pairs are correctly matched

A

2 and 4 only

B

1and 3 only

C

1, 2 and 3 only

D

2, 3 and 4 only

A flat coal seam of thickness (t) 3m is excavated and broken roof rock has completely filled the space created due to extraction as shown in the figure. If the bulking factor of roof rock is 1.2. the caving height (H) in m is
Introduction to Mining Engineering mcq question image

Introduction to Mining Engineering mcq question image

A

15

B

16

C

14

D

12

The following reforms were done by i) Introduction of Postage stamps ii) Introduction of Railway iii) Introduction of Electric Telegraph

A

Lord Ripon

B

Lord Dalhousie

C

Lord Canning

D

Lord Lytton

Difference between the time of introduction of the product in one country and the time, when the producers in other country start producing it

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