Answer:
It is done to avoid collision among the channel.
Explanation:
CSMA/CD stands for carrier sense multiple access/collision detection.
It is a media access protocol that tells the devices how to respond when a channel is used simultaneously by two devices. The main purpose is to manage the transmission when a collision is encountered.
In the given scenario when the channel is detected idle, the station does not transmits second frame in order to avoid collision. CSMA/CD protocol is designed so that after transmission of first frame, second frame transmission is started at step 2 instead of step 1.
Following is given the flow chart that depicts the working of the protocol CSMA/CD:
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Answer:
double ComputeGasVolume(double pressure, double temperature, double moles){
double volume = moles*GAS_CONST*temperature/pressure;
return volume;
}
Explanation:
You may insert this function just before your main function.
Create a function called ComputeGasVolume that takes three parameters, pressure, temperature, and moles
Using the given formula, PV = nRT, calculate the volume (V = nRT/P), and return it.
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Answer:
The newly installed processor does not meet the specific power requirement of the computer and as such leads to overheating which automatically shuts down your computer.
Explanation:
The processor emits a significant amount of heat due to its specific power requirements and level of energy consumption. The heat sink and fan are referred to as the heat sink assembly which keeps the microprocessor and surrounding components cool. The assembly sits atop the processor and draws heat from the device. If you upgrade to a faster processor, you should upgrade the heat sink as well, since the new unit will generate more heat than the previous unit. If the microprocessor overheats due to an insufficient cooling system, the computer will shut down or restart without warning to prevent damage to the internal hardware.
Answer:
MSP430
Explanation:
MSP430 devices have up to 12 digital I/O ports implemented. Each port has eight I/O pins. Every I/O pin can be configured as either input or output, and can be individually read or written to. Ports P1 and P2 have interrupt capability. MSP430F2xx, F5xx and some F4xx devices feature built-in, individually configurable pull-up or pull-down resistors.
