The value of ( 4P4 ) represents the number of permutations of 4 items taken 4 at a time. It is calculated using the formula ( nP r = \frac{n!}{(n-r)!} ). Therefore, ( 4P4 = \frac{4!}{(4-4)!} = \frac{4!}{0!} = \frac{24}{1} = 24 ). Thus, ( 4P4 = 24 ).
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Since there are 4 students, there are 4 possibilities for the 1st place, 3 possibilities for the 2nd place, 2 possibilities for the 3rd place, and 1 possibility for the 4th place. Thus, there are 4*3*2*1 = 24 ways to arrange the 4 students in a row. (A permutation problem: 4P4 = 4! = 24)
The face value of 3 is 3: the value of 3 is 3000The face value of 5 is 5: the value of 5 is 500The face value of 3 is 3: the value of 3 is 3000The face value of 5 is 5: the value of 5 is 500The face value of 3 is 3: the value of 3 is 3000The face value of 5 is 5: the value of 5 is 500The face value of 3 is 3: the value of 3 is 3000The face value of 5 is 5: the value of 5 is 500
Then the measured value is larger than the actual value.
If the value of a function cannot be determined for any value of the independent variable, then, the value the function seems to be approaching would be its limiting value for that particular value of the independent variable.
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