Answer:
1. Option (a) is the correct answer. "Place a firewall between the Internet and your Web server".
2. Option (e) is the correct answer. "Require encryption for all traffic flowing into and out from the Ken 7 Windows environment".
3. Option (d) is the correct answer. "Implement Kerberos authentication for all internal servers".
4. The correct answer is option (g) "Require all personnel attend a lunch and learn session on updated network security policies".
5. Option (c) is the correct answer. "Enforce password complexity".
Explanation:
1. Users who tried to use ken 7 network resources for social media access will not be enable to do so.
2. Encryption for inflow and outflow of traffic from Ken 7 windows environment will monitor any personal devices which is connected to Ken 7 windows network.
3. The implementation of Kerberos authentication will deny anonymous users access to protected resources in Ken 7 infrastructure.
4.All personnel will be taught the network policies to avoid sending report to unsecured printers.
5. The more complex passwords are, the more secured the server will be. A complex password should be enforce for network security.
Answer:
c
Explanation:
I need 20 characters in my answer so tvcogct7zr7zuruzxicfficx7t8txr8zz8rz8rxt8c8tvyovoyb9h
Answer:
- var projected_fee = 6000;
-
- for(var i = 1; i <= 5; i++){
- projected_fee = projected_fee * 0.02 + projected_fee;
- console.log("$" + projected_fee.toFixed(2));
- }
Explanation:
Firstly, create a variable, projected_fee, and set the initial tuition fee value to it (Line 1).
Next, user a for loop that run for 5 times to repeatedly calculate the projected_fee based on 2 percent of increment rate (Line 4) and display the projected fee to console terminal (Line 5). The output should be
$6120.00
$6242.40
$6367.25
$6494.59
$6624.48
Answer:
quicksort
Explanation:
There are many types of asymptotically efficient sorting algorithms that can be used but one of the more commonly used for large data lists would be quicksort. This is a sorting algorithm that focuses on choosing a value from the list and working around that value in order to sort the data piece by piece. For larger data sets this method is widely used due to its speed and efficiency which is exactly what Martha needs in this scenario.
