Date | Particulars | Dr. (₹) | Cr. (₹) |
---|---|---|---|
1st April, 2023 | Bank A/c Dr. To 9% Debentures A/c To Securities Premium A/c (Being 20,000 9% debentures issued at 5% premium) | ₹21,00,000 | ₹20,00,000 ₹1,00,000 |
30th Sept, 2023 | Interest on Debentures A/c Dr. To Debentureholders A/c (Being half-yearly interest due on 20,000 debentures @ 9%) | ₹90,000 | ₹90,000 |
30th Sept, 2023 | Debentureholders A/c Dr. To Bank A/c (Being payment of half-yearly interest) | ₹90,000 | ₹90,000 |
31st March, 2024 | Interest on Debentures A/c Dr. To Debentureholders A/c (Being interest due for second half-year) | ₹90,000 | ₹90,000 |
31st March, 2024 | Debentureholders A/c Dr. To Bank A/c (Being interest paid for second half-year) | ₹90,000 | ₹90,000 |
31st March, 2024 | Profit and Loss A/c Dr. To Interest on Debentures A/c (Being total interest expense transferred to P&L) | ₹1,80,000 | ₹1,80,000 |
Note: Interest is paid half-yearly, hence twice ₹90,000 is due and paid.
A current-carrying coil is placed in an external uniform magnetic field. The coil is free to turn in the magnetic field. What is the net force acting on the coil? Obtain the orientation of the coil in stable equilibrium. Show that in this orientation the flux of the total field (field produced by the loop + external field) through the coil is maximum.