Answer:
spanning-tree portfast bpduguard
Explanation:
spanning- tree protocol (STP) is a layer 2 protocol in the OSI model. It is automatically configured in a switch to prevent continual looping of BPDUs, to avoid traffic congestion. The fastport bpduguard is only applicable in non-trunking access in a switch. It is more secure to configure the fastport mode in switch port connected directly to a node, because there are still bpdus transfer in a switch to switch connection.
BPDUs Guard ensures that inferior bpdus are blocked, allowing STP to shut an access port in this regard.
Answer:
1) a link, original, a pointer.
2) The media browser can help you by providing the very quick accessibility to all of your assets like iTunes songs, your movies in the movie folder, and this makes your file browsing experience simple while you edit the files.
You can leave the browser open as well as docked quite in the same manner as the other panel.
3) You need to display the Voice-over Record button. Now select your track in the timeline where you want to add the voice-over.
Now you need to go to the Timeline, and click on the Settings button, and finally select the Customize Audio Header.
Now you will see the Button Editor dialog box appearing, and now you need to drag and drop the microphone button to the required audio track, and finally, you need to click on OK.
4) While you are importing the audio or video to the Premiere Pro, it computes versions of such files, which it can readily use for quicker performance. And these are being termed as the Media cache files. And they are being saved in the Media cache files folder.
Explanation:
Please check the answer.
I don’t know if i’m right but like Michigan Micro Mote ?
Answer:
a. (210^6)((210^7)/(2.510^8)) = 1.610^5 bits or 160,000 bits
b. 1.6*10^5 bits or 160,000 bits
c. Bandwidth delay product of link is maximum number of bits that can be in the link
d. Width of bit = Length of link / bandwidth-delay product so 1 bit is 125 meters long. Yes, this is longer than a football field.
e. Width of bit = s/R
Hope this helps :)
