Explain how virtualization gives individual VMs valid IP addresses by bridging the NIC.
What will be an ideal response?
There are two ways in which virtualization gives individual VMs valid IP addresses. The oldest and simplest way is to bridge the NIC. Each bridge is a software connection that passes traffic from the real NIC to a virtual one. This bridge works at Layer 2 of the OSI model, so each virtual NIC gets a legitimate, unique MAC address.
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Refer to the figure. What would result from the configuration shown in the figure? (Choose all that apply.)
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access-list 50 permit 192.168.16.0 0.0.15.255
access-list 50 permit 192.168.192.0 0.0.63.255
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A) Traffic from 192.168.240.87 would be permitted.
B) Traffic to 192.168.16.1 would be permitted.
C) Traffic to 192.168.192.150 would be permitted.
D) Traffic from 192.168.25.101 would be permitted.
Match the Word group with the function it can serve:
I. Comments group A. opens a markup balloon II. Changes group B. view changes in Final or Original view III. Index group C. show or hide index fields, for examples IV. Tracking group D. accept or reject revisions V. Paragraph group E. mark entries within a document
Why is it important for software developers to make use of measurement to guide their work?
What will be an ideal response?
A patient who presents with petechiae prior to tourniquet application may require?