Answer:
1. The network address for 172.22.49.252/17 is 172.22.0.0/17.
2. The last valid assignable host address of 172.22.4.129/26 is 172.22.4.190.
3. The first and last host address of 192.167.25.25/16 is 192.167.0.1 and 192.167.255.254.
4. The broadcast address of 10.75.96.0/20 is 10.75.111.255
Explanation:
Subnetting in networking is the process of managing the use of host addresses and subnet masks of a network IP address. For example, the IP address "172.22.49.252/17" is a class B address that receives an extra bit from the third octet which changes its subnet-mask from "255.255.0.0" to "255.255.128.0". with this, only 32766 IP addresses are used, with the network address of "172.22.0.0/17".
Each kind of computer users have different knowledge, needs and requirements. For example there is a difference between the computer knowledge of developers and users without <span>technical experience. Because of this, but also why they need and use computers, and what tools they need, design consideration need to change for each kind of computer users.</span>
<span>
</span>
Answer:
We can help eachother out with things.
Explanation:
Eg. Schoolwork and homework because our stress level will decrease.
<span>Join them to the domain
Login with their domain credentials, logout
Login as local administrator (not the old account, not the new one, a 3rd local admin)
Right click My Computer and select properties
Select advanced system settings
Go to the Advanced tab
Click settings under user profiles
Select their old profile you want and click Copy to
Browse to the location of their new profile and overwrite it</span>
If the Copy button is grayed out then reboot and repeat steps two to nine.
Answer:
def isdivisible():
maxint=input("Enter the Max Int")
int1=0
int2=0
int1=input("Enter the first Integer")
int2=input("Enter the second Integer")
tup1=(int1, int2)
print(tup1)
i = 1
for i in range(1, int(maxint)-1):
if int(tup1[0])%i==0 & int(tup1[1])%i==0:
print(i)
else:
continue
isdivisible()
1.2 Outputs
First test case:
Enter the Max Int6
Enter the first Integer2
Enter the second Integer8
('2', '8')
1
2
Second test case: returning empty list
Enter the Max Int2
Enter the first Integer13
Enter the second Integer27
('13', '27')
Test case 3:
Enter the Max Int4
Enter the first Integer8
Enter the second Integer10
('8', '10')
1
2
Explanation:
The program is as above, and the three test cases are also mentioned. We have created a tuple out of two input integer, and performed the output as required.
