Grade 6th Test
... 12. What is the sum of the two perfect numbers between 1 and 50? (Hint: There is a clue on the front cover of this test!) A. 32 ...
... 12. What is the sum of the two perfect numbers between 1 and 50? (Hint: There is a clue on the front cover of this test!) A. 32 ...
i+1
... Uniform distribution: freq. of occurrence of each number should be approximately the same Independence: no one value in the seq. can be inferred from the others ...
... Uniform distribution: freq. of occurrence of each number should be approximately the same Independence: no one value in the seq. can be inferred from the others ...
Look at notes for first lectures in other courses
... We’ll get to the formula by a circuitous route, starting from a Seemingly unrelated problem: How many functions are there taking an n-element set N into an m-element set M? (Assume m > 0.) On the one hand, the answer is m^n. On the other hand, note that each function f from N into M determines a par ...
... We’ll get to the formula by a circuitous route, starting from a Seemingly unrelated problem: How many functions are there taking an n-element set N into an m-element set M? (Assume m > 0.) On the one hand, the answer is m^n. On the other hand, note that each function f from N into M determines a par ...
Section 3.1
... Many times the strength of a cryptographic method is expressed in terms of the size of a particular parameter. Many times the size of this parameter is expressed in terms on the number of binary digits the number has. The following formula gives an estimate of the number of binary digits is required ...
... Many times the strength of a cryptographic method is expressed in terms of the size of a particular parameter. Many times the size of this parameter is expressed in terms on the number of binary digits the number has. The following formula gives an estimate of the number of binary digits is required ...
