Answer:
Follows are the solution to this question:
Explanation:
If Windy needs to study and be a specialist in graphic designing for machines, I'm going to provide a windy link of the machine with such a 64 bit, 3-GHz Intel or AMD processor with an 8 GB RAM, an OpenGL 4.1 chip, an inter-button cursor, a right thumbstick, or a storage drive with GB at least.
- All above description for the computer is suitable for windy because you would well be aware throughout the graphic designing, that may be learned through iRhino 3D (iOS), Autocad, Magical Plan, Morphoio trace, etc if you'd like to graduation in architecture.
- They require fast internet for each application, that can also be installed and installed, that often requires a profile of all technical support programs as well as a web-only storage license.
- As many of the above applies also runs through an AMD or six-bit intel, but not on the ARM processor or instance iRhino 3D (iOS) isn't consistent with an Embedded system, I will select the processor like an Intel or 3GHz AMD processor.
Answer:
for(i = 0 ; i < NUM_VALS; ++i)
{
cout << courseGrades[i] << " ";
}
cout << endl;
for(i = NUM_VALS-1 ; i >=0 ; --i)
{
cout << courseGrades[i] << " ";
}
cout << endl;
Explanation:
The first loop initializes i with 0, because we have to print the elements in order in which the appear in the array. We print each element, adding a space (" ") character at its end. After the loop ends, we add a new line using endl.
The second loop will print the values in a reverse order, so we initialize it from NUM_VALS-1, (since NUM_VALS = 4, and array indices are 0,1,2,3). We execute the loop till i >= 0, and we print the space character and new line in a similar way we executed in loop1.
Answer:
It does all of these
Explanation:
The stub is able to do all of what we have in this question. It can locate computer connections, locate ports on a computer, transit message to server etc.
in distributed computing, a stub is a piece of code that does the work of converting parameters that are passed between the client and the server at a time of remote procedure call.
The main objective of an RPC is to allow the client to call procedures remotely on another server.
Answer:
D. 25x24x23x22x21.....3x2x1.
Explanation:
The ceasar cipher is a encryption technique, that uses a combination of information or keys to encrypt an information.
The 25 shift ceasar cipher has 25 different combinations, so the number of probable random cipher substitution is 25!,
That is = 25 × 24×23× 22×..... ×2×1.
