Question
With reference to the lightweight payments, consider the
following statements: 1. The lightweight payments are dependent on the existing system of payments like UPI and RTGS. 2. It will facilitate the uninterrupted functioning of essential payment services. Which of the statement(s) given above is/are correct?Solution
— The Reserve Bank of India (RBI) has conceptualised a lightweight payment and settlements system, which it is calling a “bunker” equivalent of digital payments, which can be operated from anywhere by a bare minimum staff in exigencies such as natural calamities or war. — The infrastructure for this system will be independent of the technologies that underlie the existing systems of payments such as UPI, NEFT, and RTGS. Hence, statement 1 is not correct. — The lightweight and portable payment system could ensure near zero downtime of the payment and settlement system in the country and keep the liquidity pipeline of the economy alive and intact by facilitating uninterrupted functioning of essential payment services like bulk payments, interbank payments and provision of cash to participant institutions. Hence, statement 2 is correct. — The system is expected to process transactions that are critical to ensure the stability of the economy, including government and market related transactions.
If the expression E < B > D = G ≥ H is definitely true, which of the following would be definitely true?
Statements: K ≥ L, N = R, L ≥ R, Q > C = K
Conclusions: I. R ≤ Q II. C ≥ N
Which of the following expressions will be true if the given expression ′S > T ≥ U < V < W′ is definitely true?
Statements:
E ≥ H > O < R > U = X
Conclusions:
I. E < O
II. X = O
Statement: E < N < Q = W = F ≥ U > A
Conclusion:
I. Q > A
II. E > F
What should come in the place of question mark, in the given expressions to make ‘M < J’ always true?
M = N ≤ O = P ? K= J
Statements: Q ≤ B = S < U > M ≥ Z
Conclusion: I. U > Q II. S ≤ Z
...Which of the following expression symbols should replace the question mark(?) in the given expressions to make the expression C ≥ E as well as D > M d...
Statements: M > N > P ; P = Q ; N < R
Conclusions:
I. Q < N
II. P < M
III. M > R
Statements: A > B ≤ D; G < C ≤ B; F < C ≤ E
Conclusions:
I. F < D
II. E ≤ B
III. A > G