<span>Patients in a vegetative state are awake, breathe on their own, and seem to go in and out of sleep. But they do not respond to what is happening around them and exhibit no signs of conscious awareness. With communication impossible, friends and family are left wondering if the patients even know they are there.</span>
They are called supporting ideas<span> because they "</span>support<span>" the topic sentence. Our TOEFL </span>essay's supporting ideas<span> all come after the topic sentences. They </span>support the topic sentence by telling the reader why we believe the topic sentence is true.Supporting ideas<span> can be almost anything. </span>Once you have decided on your topic and your main controlling idea, you need to choose the two, three, or four supporting points about the topic. The topic is what the paragraph or essay is about, the supporting points<span> are the most important things you have to say about your topic.
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Waiting time for a 100 Mbps broadcast channel is 0.512 ms
Recall that with the CSMA/CD protocol, the adapter waits K * 512 bit times after a collision,
where K is drawn randomly. For K = 100,
The one bit time for 10 Mbps is 1/10000000 s = 0.0001 ms
The one bit time for 100 Mbps is 1/100000000 s = 0.00001 ms
Waiting time for a 10 Mbps broadcast channel is K*512*0.0001= 5.12 ms
Waiting time for a 100 Mbps broadcast channel is K*512*0.00001= 0.512 ms
<h3>
What is a collision in Ethernet?</h3>
A collision happens on a half-duplex Ethernet network when two devices on the same network attempt to communicate data at the exact same time. The two transmitted packets are "collapsed" by the network, which results in the network discarding both of them. On Ethernets, collisions are unavoidable.
<h3>
How collision is avoided in Ethernet?</h3>
A collision is a momentary interaction between two bodies or more than two bodies at once that modifies the motion of the bodies involved as a result of the internal forces at work. Collisions entail the application of force (there is a change in velocity).
Learn more about collision in Ethernet: brainly.com/question/14123270
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