Question
What are the conditions under which a system provider
can make changes to the structure or operation of a payment system as per the Payment and Settlement Systems Act?Solution
Section 11. Notice of change in the payment system.â(1) No system provider shall cause any change in the system which would affect the structure or the operation of the payment system withoutâ (a) the prior approval of the Reserve Bank; and (b) giving notice of not less than thirty days to the system participants after the approval of the Reserve Bank: Provided that in the interest of monetary policy of the country or in public interest, the Reserve Bank may permit the system provider to make any changes in a payment system without giving notice to the system participants under clause (b) or requiring the system provider to give notice for a period longer than thirty days.
Select the correct combination of mathematical signs that can sequentially replace â*â sign and balance the equation given below.
82 * 28 * 7...
If x stands for âadditionâ, á stands for âsubtractionâ, + stands for âmultiplicationâ, and â stands for âdivisionâ, then 80 x 54 â...
If '+' means '-', ' X ' means '+', '-' means 'á' and 'á' means ' X ', then what is the value of the following expression?
912 - 8 + 211 X 14 á...
Select the correct combination of mathematical signs to replace the * signs and balance the given equation.
5 * 15 * 320 * 2 * 45 = 190
If 236 = 33, 487 = 57, 6391 = 57, then 851 = ?
Select the correct combination of mathematical signs to replace the '@' signs and balance the given equation.
22 @ 6 @ 18 @ 17 @ 2
- Which two signs are to be interchanged to make the given equation correct?
132 + 14 á 11 - 84 X 72 = 156 Select the correct combination of mathematical signs that can sequentially replace â*â sign and balance the equation given below.
42 * 18 ...
If âáâ means âadditionâ, â+â means âsubtractionâ, â-â means âmultiplicationâ, and âxâ means âdivisionâ, what will be th...
Which two digits and signs can be interchanged so as to balance the given equation?
406- 102 + 128 X 5 á 58 = 545