Question
India's e- retail market to increase to $150 bn- $170 bn
by _____ as per the report published by Bain & Company & Flipkart.Solution
According to the report titled How India Shops Online 2022 released by Bain & Company in collaboration with Flipkart,India’ s e- retail market is estimated to increase to $150 billion– $170 billion by 2027. This implies that 25 per cent– 30 per cent annual growth and a doubling of market penetration to 9 per cent– 10 per cent over the next five years. India is well poised to surpass the US to have the second- largest shopper base ( only behind China) in the next one to two years. India’ s online shopper base is estimated to increase to 400– 450 million by 2027, according to the report. Most of these shoppers are already in the digital funnel— 450– 500 million used social media while only 180– 190 million shopped online in 2021. India currently has the third- largest shopper base globally, with 180– 190 million online shoppers in 2021. India’ s e- retail market rose to approximately $40 billion in 2021 and is slated to reach $50 billion in 2022.
Which of the following would replace @ and & respectively in the following expression such that ‘O > A’ is definitely true?
U = O > W # B ≤...
Statements: 1 > 2 ≥ 3 = 4 < 5 ≤ 6; 7 ≥ 8 = 9 < 4 = 10 ≥ 11
Conclusions:
I. 2 ≥ 10
II. 3 < 7
III. 6 > 11
Statements:
A < L ≤ P > D; F > W = P > S ≥ T
Conclusion:
I. S > L
II. F ≥ A
In this question, there are three statements showing the relation followed by three conclusions i, ii and iii. Assuming the statements as true, decide w...
Statement:
O ≤ P >K ≤ L; W ≤ X = K > R; Q > L
Conclusion:
I) W < L
II) L = W
Statements: Q ≤ B = S < U > M ≥ Z
Conclusion: I. U > Q II. S ≤ Z
...In these questions, relationship between different elements is shown in the statements. The statements are followed by conclusions.
Statements:...
Which of the following will be definitely true if the given expression Y > Z ≥ H > J ≥ P > Q = R ≤ K > E ≤ F is definitely not true?
Statements: I ≥ E = S > J < N > V > Q ≤ O
Conclusion
I: I > S
II: Q < N
Statements: Q © E, S % C, E $ S, C @ A
Conclusions:
I. A © C
II. S % A
III. C © Q