Well, ya see, we need to have the picture of the circuit.
Answer:
Answer of the given question is :
I/O-bound
programs would not require much CPU usage, having short CPU bursts.
CPU-bound programs require large CPU bursts. CPU-bound processes do not
have to worry about starvation because I/O bound programs finish running
quickly allowing CPU-bound programs to use the CPU often.
Explanation:
I/O-bound
is a thread generally has a tight latency that needs a compare to computer bond thread on the windows workload.
When a mouse click then it response ASAP as compared to batch job which is running in the background.
If the outcome is slower, then the user switch the operating systems and server workload does not care about UI
Excel Would be good for inventory and price management
Answer:
They are the cardinality ratio and participation constraints.
Explanation:
The Cardinality Ratio: This is for the binary relationship that specifies the max number of instances of relationships in which an entry can take part in. As an example, the Student Of binary relationship form, School: Student, the cardinality ratio of this is 1: N. and that means each of the schools can be mapped to any number of students, however, one student can be mapped to only one school. And various possible cardinality ratios for various types of binary relationships can be 1: N, N:1, 1:1, and M: N.
Participation constraint: This stipulates that an entity being be contingent upon another entity through relationship form. And it stipulates the least figure of instances of relationship which each of the entity can indulge in, and is often termed as least cardinality constraint. And we have participation types: partial and total.
