Answer:
// function with memory leak
void func_to_show_mem_leak() {
int *pointer;
pointer = malloc(10 * sizeof(int));
*(pointer+3) = 99;}
// driver code
int main()
{
// Call the function
// to get the memory leak
func_to_show_mem_leak();
return 0; }
Explanation:
Memory leakage occurs when programmers allocates memory by using new keyword and forgets to deallocate the memory by using delete() function or delete[] operator. One of the most memory leakage occurs by using wrong delete operator.
The delete operator should be used to free a single allocated memory space, whereas the delete [] operator should be used to free an array of data values.
Answer:
This is the required code:
Explanation:
public class NumberToString {
public static String numToString(int num, int base) {
final String digits = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ";
if (num < base) {
return "" + digits.charAt(num);
} else {
return numToString(num / base, base) + digits.charAt(num % base);
}
}
}
Answer:
(A) 16 inputs and 2 outputs.
Explanation:
An audio signal can be defined as a representation of sound, either as an analog or digital signals. An analog audio signal refers to a continuous signal that is represented by a changing level of quantity such as voltage with respect to time. sequence of bits such as 16kbps, 32kbps, 64kbps, 96kbps, 128kbps, 196kbps, and 320kbps. Kbps means kilobits per seconds.
A speaker can be defined as an electronic output device that is typically used for the conversion of an electromagnetic wave to sound wave.
Basically, this conversion is done through the help of a hardware electronic component known as transducers.
The main purpose of a speaker is to produce an audio output and as such avail the computer users an ability to hear or listen to sounds.
Similarly, an audio console is an electronic device that is designed for combining or mixing audio signals received from multiple audio sources and sends them out as one.
Thus, a 16 x 2 audio console has 16 inputs for receiving sixteen (16) audio signals and sends them out as 2 outputs.
<span>LSU OSPF packets are used to send LSAs between neighbors.
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</span><span>Adjacencies are first formed by the OSPF neighbors before the LSAs are shared. When two OSPF neighbors exchange their known LSAs with the OSPF Database Description packets, the device does not know the actual LSAs. These are sent using Link Status Update pockets.</span>
