The output of the following program is:

Step 1: Understanding the instructions:
1. LXI H, 1234h → Load register pair HL with 1234h. \[ HL = 1234h \]
2. MVI C, 05h → Load C with 05h.
3. MVI B, 67h → Load B with 67h.
4. DCR C → Decrement C to 04h.
5. DAD B → Add HL = HL + BC.
Step 2: Calculating the final value of HL:
- Initially: \( HL = 1234h \), \( BC = 6704h \).
- DAD B: \[ HL = 1234h + 6704h = 7938h \]
6. SHLD Result → Store HL at memory location Result.
7. HLT → Halt execution.
Step 3: The correct output stored in memory is 7938h.
The motion of electrons in a CRT is due to:
The direction of current flow in the circuit is such that the induced magnetic field produced by the induced current will oppose the original magnetic field. This is:
The electromagnetic wave propagates in free space with a speed of:
On execution of the program segment:

The output of the following 8051 Assembly code is:
