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Containers are lightweight because they share the host OS kernel rather than requiring a full OS instance like VMs. This makes them faster to start, as only the application and its dependencies need to be initialized. Additionally, resource utilization is optimized as multiple containers can share system libraries, reducing overhead. Tools like Docker have revolutionized containerization by enabling consistent environments across development, testing, and production. For example, starting a container typically takes seconds compared to minutes for a VM, making it ideal for agile and CI/CD workflows. Why Other Options Are Incorrect :
Which of the following symbols should be placed in the blank spaces (_) respectively (in the same order from left to right) to complete the given expre...
Statements: I % C, C & D, D $ K, K # Z
Conclusions: I. I & D II. D # Z
...Statements: B ≤ I; E = D; H > F; C ≤ H; I = D; A ≤ B; H < E
Conclusions:
(i) I > F
(ii) B ≤ H
(...
Statement: P > Q ≤ R = S > T < U
Conclusions: I. P > U II. R < U
...Statements: S = T, U < L, V ≥ S, T ≤ U
Conclusion:
I. T ≤ V
II. L > T
Statement:X=Y ≥ Z > Q; Y < V ; W < Q
Conclusions:
I. V > W
II. Q > V
Statements: V > P < L = O, R > N; Q > V > R
Conclusions:
I. R > L
II. Q > N
III. L > N
Statements: S%R, R@U, U & V, V # N
Conclusions :
I. N @ U
II. R @ N
...
Statements: U ≥ P ≥ I ≤ X; Y ≥ P < V; I ≤ W
Conclusions: I. U ≥ W II. Y ≥ I
...Statements:
S < B < U ≤ Q; P > T ≥ F = U < I > E
Conclusion:
I. T > S
II. B ≤ I