Answer:
b. Enter info32.exe to determine how much memory is currently installed.
Explanation:
The reason is that as an IT expert i'm not supposed to assume the users level of knowledge would be as good as mine so instead I would work the user through a more familiar and straight forward path such as booting to the windows first and then using the info32.exe command in the RUN interface.
Answer:
The correct answer to the following question will be Lucent connector (LC).
Explanation:
Lucent Connector (LC): A fiber-optic connector that is used to join and connection between network devices, the fibers where the disconnection or the connection is required, known as Lucent Connector (LC).
There are mainly two versions of Lucent connectors, such as:
- BTW Connector (a very shortest type of connector used for calculating mounting)
- Jumper Connector (Simplex and duplex can be terminated by jumper connector).
Answer:
The cyber cockroach is the presented external anatomy of a cockroach, with labeled views of photographs from diverse angles in place of diagrams. The cyber cockroach can be navigated around the head, thorax and abdomen with possible close up views of the legs and the images are downloadable
Cyber cockroach is a useful tool for the study of insects of the Blattodea order
Explanation:
Answer:
- custom_encoded = ""
- custom_message = "this is a pen"
- custom_encoding = {
- "a": "1",
- "e": "2",
- "i": "3",
- "o": "4",
- "u": "5"
- }
-
- for c in custom_message:
- if(c in custom_encoding):
- custom_encoded = custom_encoded + custom_encoding[c]
- else:
- custom_encoded = custom_encoded + c
-
- print(custom_encoded)
Explanation:
The solution code is written in Python 3.
Let's define a variable custom_encoded with an empty string (Line 1).
Create another variable custom_message and set a sample string to it (Line 2).
Create one more variable custom_encoding to hold the mapping values between vowel and their respective encoded character (Line 3-9).
Create a for loop to loop through all the character in custom_message (Line 11) and in the loop check if the current character is found in custom_encoding dictionary, if so, use the current character to loop up the dictionary for the encoded value and add the encoded string to custom_encoded (Line 12-13). Otherwise, just add the current character to custom_encoded (Line 14-15).
At the end, print the custom_encoded to terminal and you shall get th3s 3s 1 p2n