It is essential to continually be learning about new technology.(APEX VERIFIED)
Answer:
Option C i.e., insertion point is the correct option.
Explanation:
if any user or person scrolls the following contents by using the keyboard from one position to another position in the document of the user then, the insertion point moves automatically without any implementation when the user presses any key they want. If the user clicks on the arrow keys then, it also works like that. So, that's why the following option is correct.
Answer:
Please Find attached c++ code file.
Explanation:
- Ask User to enter highway number.
- Check if highway is primary or auxiliary.
- Check if highway number is even / odd.
- Find Primary high number for an auxiliary highway
Check if highway is primary or auxiliary.
Use if condition to check if the entered number is in between 0 and 99.If it's true than the highway is primary otherwise it's an auxiliary highway.
Check if highway number is even / odd.
To check if a number is even or odd we use simple modulo formula. In mathematics modulo returns the reminder of a division operation on two numbers.If modulo of a number and 2 is equal to zero than that number is an even number other wise its an odd number.
Find Primary high number for an auxiliary highway
As mentioned in the question last two digits of highway number is the number of primary high.
To Find last two digits of number apply modulo operation on highway number and 100. it will provide last two digits of number specifying our primary highway.
Answer:
A small company is requesting a quote to refresh its wireless network. The company currently runs 60 autonomous APs and has plans to increase wireless density by 50% in the near future. The requirements state that the chosen solution should significantly decrease the management overhead of the current wireless network. The following should be recommended by the vendor in response to the quote request:
B. The use of autonomous APs with a wireless controller.
Explanation:
- The option A and D are not correct as the use of lightweight APs are not required here because they are already using autonomous APs which are fulfilling their needs.
- The option B is correct as the use of autonomous APs with a wireless controller will allow them to decrease the management overhead as the wireless controller is used to manage the Access points in larger quantities.
- The option C is incorrect as the load balancers are used to increase the capacity and reliability of applications as they distribute the traffic over number of servers so it is unable to decrease the management overhead.
