- Indirect main memory addressing is described as the method in which the variable's address is stored in a mind register and also a command is utilized to point towards the memory registers which hold the register.
- Instruction is used to direct towards a register that displays the results of the variables.
- The register, in turn, refers to that variable's address in simplistic words. As just a result, it is indeed considered a passive program, memory address.
The instructions operate as follows:
a)
JMP AX :
- The JMP instruction is being used to execute an unconditional jump.
- AX is indeed the label's name.
- JMP AX codes are being used to transfer control of the flow program to the AX label.
b)
JMP LIST:
- The JMP command can be used to execute an unconditional jump, JMP LIST[DX] is the label's name.
- The JMP LIST[DX] program is being used to transfer control of its flow programs to the specified section.
- It is the segment to which the flow control is transmitted.
c)
JMP NEAR PTR[DI+3]:
- Unconditional jumps could be done with the JMP command as you'll see, the label is JMP NEAR PTR[DI+3].
- It's being used to transmit flow control to a particular section, throughout this case [DI+3].
- The close keyword indicates that perhaps the code segment would be in the line of code being nearby.
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Answer and Explanation:
Look for a company's latest updates, see what servers they use, check if they're using the latest technology like containers or AI and look for how flexible they are with regards to change and innovation.
Answer:
<h3>THIS SERVER IS FOR THE PEOPLES WHO'S ON THE UNITED STATES ONLY . IF U WANT US TO ANSWER YOUR QUESTION TRANSLATE IT TO ENGLISH </h3>
Answer: The radio should be tuned to 100. 0 Mhz.
Explanation:
As radio waves are electromagnetic waves, like x-rays, UV rays, and all the wavelengths of visible light, they propagate in the free space at the speed of light: 3. 10⁸ m/s.
At any wave, there is a fixed relationship between the distance travelled by the wave along one cycle (which is called wavelength ) and the speed at which the wave oscillates (which is called the frequency of the wave), with the speed at which the wave propagates, as follows:
λ (wavelength) = v (speed) / f (frequency)
Replacing by the values, and solving for frequency, we have:
f = 3. 10⁸ m/seg / 3 m = 10⁸ 1/sec = 10⁸ Hz = 100. 0 Mhz
This is the radio channel to which must be tuned in order to listen the station with a wavelength of 3 m, in the FM band.
