A. Microwave
B. Radio wave
C. Visible light
D. X-ray
E. Gamma rays
Choose the correct answer from the options given below :
The question asks to arrange specific types of electromagnetic radiation based on their frequency, in increasing order.
The electromagnetic (EM) spectrum categorizes EM radiation by frequency ($f$) and wavelength ($\lambda$). These are inversely proportional, related by the speed of light ($c = \lambda f$). Higher frequency means shorter wavelength.
The general order of increasing frequency (and decreasing wavelength) is:
The specific types mentioned in the question are:
Arranging the given types in order of increasing frequency:
Therefore, the correct sequence of increasing frequency is B, A, C, D, E.
The sequence B, A, C, D, E corresponds to the option listing Radio wave, Microwave, Visible light, X-ray, Gamma rays in increasing frequency order.
This matches Option 2.
| 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 |