I believe the correct answer from the choices listed above is option D. Frost wedging happens when rocks break from repeated exposure to the Sun's heat. It <span> is caused by the repeated freeze-thaw cycle of water in extreme climates. Hope this answers the question.</span>
Answer:
Option d) is correct
Explanation:
To prepare a presentation describing policies included in President Lyndon Johnson’s "Great Society”, the most relevant source that Sora should use is an audio recording of Johnson’s “Great Society” speech.
An audio recording of Johnson’s “Great Society” speech can give a more proper clarification and information regarding policies included in President Lyndon Johnson’s "Great Society”.
So,
Option d) is correct
Here’s a explanation. A cameras exposure is the amount of light that goes through the sensor. So for example, taking a photo outside in the daytime will be more clear because more exposure hits the sensor, but taking of photo outside after dark will be more blurry and probably won’t look to good because without the exposure it needs, it can’t get enough light to show a picture. Hope this helps
<u>TCP connection:</u>
Once TCP connections reached steady state that makes end user that connectivity is stable. But end user has to do analysis the pinging time ready. for example in operating system command prompt mode ends user have to ping designation tcpip address.
<u>Computer A</u>
In command prompt mode end user try ping 10.10.10.10 –t (i.e. Computer B tcpip Address). End user tries to ping destination tcpip address if result comes in milliseconds then it is good connectivity rate.
Same away
<u>Computer B</u>
In command prompt mode end user try ping 10.10.10.20 –t (i.e. Computer A tcpip Address). End user tries to ping destination tcpip address if result comes in milliseconds then it is good connectivity rate.
End user can also check by executing TRACERT commands on designation tcpip address. End user can find how the flow of network packets travels.