- - What is Stack Implementation Using Array? -
-- A stack is a linear data structure that follows the{" "}LIFO (Last In First Out){" "} - principle. Arrays provide a simple way to implement stack operations - with constant time complexity. -
-- - Core Stack Operations -
-- - Algorithmic Steps -
- -- Stack Basic Operations -
- -- Initialize Stack -
--
- {initialize.map((item, index) => (
-
- - {item.points} - - ))} -
- push() -
--
- {push.map((item, index) => (
-
- - {item.points} - - ))} -
- pop() -
--
- {pop.map((item, index) => (
-
- - {item.points} - - ))} -
+ + What is Stack Implementation Using Array? +
++ A stack is a linear data structure that follows the LIFO (Last In First Out) principle. Arrays provide a simple way to implement stack operations with constant time complexity. +
- Stack Helper Operations -
+ {/* ------- ALGORITHMIC STEPS – LIFT CARDS ------- */} ++ + Algorithmic Steps +
-- peek() -
--
- {peek.map((item, index) => (
-
- - {item.points} - - ))} -
Stack Basic Operations
+{t}
+-
+ {s.map((p, i) => (
+
- + {p.points} + + ))} +
- isEmpty() -
--
- {isEmpty.map((item, index) => (
-
- - {item.points} - - ))} -
Stack Helper Operations
+{t}
+-
+ {s.map((p, i) => (
+
- + {p.points} + + ))} +
- isFull() -
--
- {isFull.map((item, index) => (
-
- - {item.points} - +
+ + Time Complexity +
+| Operation | +Complexity | +Reason | +
|---|---|---|
| {op} | +{comp} | +{reason} | +
- - Visual Representation -
-+ + Key Characteristics +
+-
+ {[
+ "LIFO Principle: Last element added is first removed",
+ "Dynamic Size: Can grow until memory limits",
+ "Efficiency: All operations work in constant time",
+ "Versatility: Foundation for many algorithms",
+ ].map((item) => (
+
- + {item} + + ))} +
- - Time Complexity -
-| Operation | -Complexity | -- Reason - | -
|---|---|---|
| {op} | -- {comp} - | -- {reason} - | -
- - Key Characteristics -
--
- {[
- "LIFO Principle: Last element added is first removed",
- "Dynamic Size: Can grow until memory limits",
- "Efficiency: All operations work in constant time",
- "Versatility: Foundation for many algorithms",
- ].map((item) => (
-
- - {item} - - ))} -
+ Stack +
++ Implementation Using Array +
+
+