A. 'E' is perpendicular to the direction of propagation.
B. 'H' is perpendicular to the direction of propagation.
C. 'E' is perpendicular to the direction of field 'H'.
Choose the correct answer from the options given below :
A plane wave propagating through free space has specific characteristics regarding its electric field (E), magnetic field (H), and direction of propagation. Let's analyze the given statements:
Since all three statements (A, B, and C) accurately describe the properties of a plane wave in free space, the correct option includes all of them.
Therefore, statements A, B, and C are all correct.
| List - I (Addressing Modes) | List - II (Instruction) |
| A. Immediate Addressing | I. LDAX B |
| B. Register Addressing | II. OUT 01H |
| C. Direct Addressing | III. MVI B, 37H |
| D. Indirect Addressing | IV. MOV A, B |
| List - I | List - II |
| (Memory) | (Characteristic) |
| A. ROM | I. Volatile, Fast, Expensive |
| B. EPROM | II. UV erasable |
| C. EEPROM | III. Electrically erasable |
| D. SRAM | IV. Non-Volatile, permanent data |
| List - I | List - II |
| (Bus/Logic) | (Function/Characteristic) |
| A. Address bus | I. Carries read/write signals, timing signals, and interrupt signals |
| B. Data bus | II. A three-state output that can be high, low, or high-impedance |
| C. Control bus | III. Unidirectional lines used by CPU to point to a memory location or I/O device |
| D. Tristate logic | IV. Bidirectional lines used for transferring data between the CPU and memory |