Question
Which of the following components of capital adequacy
is/are mandatory as per Basel III norms? I. CET Capital II. AT1 capital III. CCB IV. CCyBSolution
The countercyclical buffer (CCyB) is intended to protect the banking sector against losses that could be caused by cyclical systemic risks. CCyB will be deployed by national regulators when excess aggregate credit growth is judged to be associated with a build-up of system-wide risk to ensure the banking system has a buffer of capital to protect it against future potential losses. This focus on excess aggregate credit growth means that regulators are likely to only need to deploy the buffer on an infrequent basis . Banks will be subject to a countercyclical buffer that varies between zero and 2.5% to total risk-weighted assets . The buffer that will apply to each bank will reflect the geographic composition of its portfolio of credit exposures’
What will come in place of blank in following below such that both P @ S and V % R are definitely true?
P $ Q @ R _ S $ T © U $ V
i) @ ...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is /are definitely true and t...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is/are definitely true and th...
If “M % N # O © P @ S © T $ W” is true then which of the following is definitely not true?
(i) M # P
(ii) O © T
(iii) N #...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is/are definitely true and th...
Statements:
E ≤ A > J ≥ L; Y > J < D
Conclusions:
I. D > L
II. A > L
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is /are definitely true and t...
Statements: M > Q ≥ U = O, S = U < R ≤ T
Conclusions :I. M < R II. T > O III. Q ≥ T
What is the suitable sign that should be placed so that O > K is true, and J ≤ M is true in the relation 'J = K ≤ L ( ) M < N = O'?
Statements: Q > R ≥ L = O ≤ M > S = T ≤ N
Conclusion
I: N ≤ L
II: N > L