Answer:
Over and above basic medication signaling, but instead of signaling, ICMPv6 could be used for other objectives. It could be utilized for the below description.
Explanation:
That falls into the same category even though IPv4 does through ARP.
- <u>Neighbor Discovery</u>:
Used mostly for control of hosts but instead multichannel interface setup.
Trying to manage Handheld IPv6 hand-offs.
Throughout IPv6, within a week of negligible and sometimes more broadcast group, this same ICMPv6 response can begin. The whole last extension connector before another ICMPv6 connector contains a 58-value new Header field.
Answer:
d. d1− = 10, d1+ = 0
Explanation:
Given
3X1 + 4X2 +d1− − d1+ = 36
X1 = 6
X2 = 2
Required
Possible values of d1- and d1+
We have:
3X1 + 4X2 +d1− − d1+ = 36
Substitute values for X1 and X2
3 *6 + 4 * 2 + d1- - d1+ = 36
18 + 8 + d1- - d1+ = 36
Collect like terms
d1- - d1+ = 36 - 18 - 8
d1- - d1+ = 10
For the above equation to be true, the following inequality must be true
d1- > d1+
Hence,
(d) is correct
Because:
10 > 0
Answer:
Here you go, Change it however you'd like :)
Explanation:
import random as r
def play_round(p1, p2):
cards = [1,2,3,4,5,6,7,8,9,10,"J","Q","K","A"]
play1 = r.choice(cards)
play2 = r.choice(cards)
while play1 == play2:
play1 = r.choice(cards)
play2 = r.choice(cards)
if cards.index(play1) > cards.index(play2):
return f"{p1}'s Card: {play1}\n{p2}'s Card: {play2}\nThe Winner is {p1}"
else:
return f"{p1}'s Card: {play1}\n{p2}'s Card: {play2}\nThe Winner is {p2}"
print(play_round("Bob","Joe"))
<span>Financial transactions were one of the first purposes of computers. This is where "ticker tapes" came from; early computers were used to keep track of how stocks were performing. Computers in early days used large mainframe systems and punch cards to keep track of this type of data.</span>
