Explain why any computer worm that operates without human intervention is likely to either be self-defeating or inherently detectable

What will be an ideal response?

A computer worm that operates without human intervention must be able to
tell if it has already infected a target computer or it will likely overwhelm the resources
of the computers it infects, like the Morris worm. But if a worm can detect itself, it is
inherently detectable.

Computer Science & Information Technology

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What is the output of the following code?

``` #include using namespace std; class Foo { public: int x; // data field int y; // data field Foo() { x = 10; y = 10; } void p() { int x = 20; // local variable cout << "x is " << x << " "; cout << "y is " << y << endl; } }; int main() #include using namespace std; class Foo { public: int x; // data field int y; // data field Foo() { x = 10; y = 10; } void p() { int x = 20; // local variable cout << "x is " << x << " "; cout << "y is " << y << endl; } }; int main() { Foo foo; foo.p(); return 0; } ``` a. x is 20 y is 10 b. x is 10 y is 20 c. x is 20 y is 20 d. x is 10 y is 10

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Computer Science & Information Technology

The cron table has ____ fields.

A. five B. six C. seven D. eight

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Computer Science & Information Technology

Each device on the network is referred to as a(n) _____.

A. ?LAN B. ?bandwidth C. ?network D. ?node

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Computer Science & Information Technology

A technician is troubleshooting a newly installed WAP that is sporadically dropping connections to devices on the network. Which of the following should the technician check FIRST?

A. WAP placement B. Encryption type C. Bandwidth saturation D. WAP SSID

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Computer Science & Information Technology