Answer:
Running RECURSIVE-MATRIX-CHAIN is asymptotically more efficient than enumerating all the ways of parenthesizing the product and computing the number of multiplications of each.
the running time complexity of enumerating all the ways of parenthesizing the product is n*P(n) while in case of RECURSIVE-MATRIX-CHAIN, all the internal nodes are run on all the internal nodes of the tree and it will also create overhead.
Explanation:
Answer:
Zebra.
Explanation:
Stack is LIFO, so Zebra is added in the last so it will be removed first.
Answer:
- The salary schedule of employees in a company.
- The loan payback schedule.
- The grading scale of the professor.
- The tax table.
Explanation:
An array is a linear data structure.It stores the elements of similar data type.It provides the element and index because of which it is easy to access the array elements if you know the index.Some of the real life examples of arrays are as following:-
- The salary schedule of employees in a company.
- The loan payback schedule.
- The grading scale of the professor.
- The tax table.
Answer:
The correct stoichiometry for the reaction being studied is
A + 2B = 6C
Explanation:
Reactions involve the disappearance of reactants because it is being consumed and the appearance of products because it is being formed.
A and B are the reactants while C is the product of the reaction
The stoichiometric coefficient of A, B and C is obtained by dividing their rate by the smallest rate (1×10^-2 M/s)
Therefore, the correct stoichiometry is
A + 2B = 6C