Section 21 of The RBI Act 1934. S.21. Bank to have the right to transact Government business in India. (1) The [Central Government] shall entrust the Bank, on such conditions as may be agreed upon, with all its money, remittance, exchange and banking transactions in India, and, in particular, shall deposit free of interest all its cash balances with the Bank: Provided that nothing in this sub-section shall prevent the Central Government from carrying on money transactions at places where the Bank has no branches or agencies, and the Central Government may hold at such places such balances as it may require. (2) The Central Government shall entrust the Bank, on such conditions as may be agreed upon, with the management of the public debt and with the issue of any new loans. (3) In the event of any failure to reach agreement on the conditions referred to in this section the Central Government shall decide what the conditions shall be. (4) Any agreement made under this section shall be laid, as soon as may be after it is made, before Parliament.
Determine the highest common factor (HCF) of the numbers 75, 125, and 300.
What should be the minimum number of chocolates so that when distributed among 3,4,5,6 and 7 children, 1,2,3,4 and 5 chocolates are left respectively?
Find the HCF of 798 and 525.
The ratio of two numbers is 5: 8 and their LCM is 320. What is the difference between these two numbers?
The H.C.F of two numbers is 8 and their L.C.M is 136. If one of the numbers is 64, find the other?
The HCF of two numbers is 12. Which one of the following can never be their LCM?
HCF of two numbers 64 and 96 can be expressed in the form of (20m – 108) whereas LCM of these two numbers can be expressed in the form of (60n – 18)...
The HCF and LCM of two natural numbers are 14 and 66, respectively. What is the difference between the two numbers, if one of the numbers is 28?
HCF of two numbers 60 and 100 can be expressed in the form of (25m – 80) whereas LCM of these two numbers can be expressed in the form of (40n – 20)...
Find the greatest number of 4 digits divisible by 15, 25, 40 and 75.