Photosynthesis is illustrated in the cells to the right of the fourth column
Answer:
Check the explanation
Explanation:
1) f(n) = O( 1 ), since the loops runs a constant number of times independent of any input size
there is no critical section in the code, as a critical section is some part of code which is shared by multiple threads or even processes to modify any shared variable.This code does not contain any variable which can be shared.
2) f(n) = O( log n! ), the outer loop runs for n times, and the inner loop runs log k times when i = k,ie the total number of print will be – log 1 + log2 +log3 +log4+…...+ log n = log (1 . 2 . 3 . 4 . ……. . n ) =log n!
there is no critical section in the code, as a critical section is some part of code which is shared by multiple threads or even processes to modify any shared variable.This code does not contain any variable which can be shared.
Note : Log (m *n) = Log m + Log n : this is property of logarithm
3) f(n) =
, since both outer and inner loop runs n times hence , the total iterations of print statement will be : n +n+n+…+n
for n times, this makes the complexity – n * n = n2
there is no critical section in the code, as a critical section is some part of code which is shared by multiple threads or even processes to modify any shared variable.This code does not contain any variable which can be shared.
Answer:
CREATE TABLE TaxAccount (
Name int NOT NULL,
SSN int NOT NULL,
empID int FOREIGN KEY REFERENCES employee(empID),
federalDeductionAmt int NOT NULL,
stateDeductionAmt int NOT NULL,
ficaDeductionAmt int NOT NULL
);
Explanation:
TaxAccount table will use the primary key of employees table 'empID' which will serve as foreign key in TaxAccount table.
Therefore TaxAccount table will look like this:
CREATE TABLE TaxAccount (
Name int NOT NULL,
SSN int NOT NULL,
empID int FOREIGN KEY REFERENCES employee(empID),
federalDeductionAmt int NOT NULL,
stateDeductionAmt int NOT NULL,
ficaDeductionAmt int NOT NULL
);
This is true.
The next step in an innovation stream is an era of ferment, which is later followed by dominant design.