A.) 1/2
Half the bags are peanuts so you have 1/2 a chance of selecting s peanut.
Answer:
The Pointer P becomes a dangling pointer.
Explanation:
int calculate(){
int *p = (int*)malloc(10);
*p = 10;
return p;
}
In this program, the scope of p is only with the calculate function block. Hence, once the compiler comes out of the function, it can no more access the pointer p or the memory location p is pointing to. To overcome the dangling pointer, we need to declare p as static, so that the scope of p is throughout the program.
Answer:
RUFUS
Explanation:
Try installing rufus software and burn the ISO file on your USB by choosing appropriate partition scheme MBR or GBT. Usually MBR works for all computers but GPT is for new systems with latest technology.
Answer:
Less than 45 centimeters, as the ball transforms some of its potential energy into thermal energy and sound energy.
Explanation:
Although the initial energy (potential energy is preserved), the energy of deformation as the ball strikes a surface creates energy dissipation in the form of frictional heat and audible sound energy.
Every time the ball bounces, its height will be less than its previous height.
Answer:
Mainframes
Explanation:
<em>Mainframes</em> are typically identified by their big size, high reliability, and massive processing power. One mainframe can replace a lot of small servers (running to hundreds) and work efficiently. Mainframes emphasize throughput computing because they can manage many high volume input/output (I/O) and can run multiple instances of Operating Systems (OS) concurrently.
Mainframes are mostly used by large organizations that carry out activities that require a high volume of data processing. Some of these data can be transaction processing, enterprise resource analysis, customer and industry stats, census among others.
Due to their reliability and stability, mainframes can run for a long time without any form of interruption and are very useful in cloud data centers.