The following table shows the approximate value V of one Euro in U.S, dollars from its introduction in January 2000 to January 2004. ( represents January, 2000.) Which model would best fit the given data? ( A , a , b , c , k , l , and m are constants.)
A)Exponential:
B)Logarithmic:
C)Cubic:
D)Quadratic:
E)Linear:

Question

The following table shows the approximate value V of one Euro in U.S, dollars from its introduction in January 2000 to January 2004. (  represents January, 2000.)  Which model would best fit the given data? ( A , a , b , c , k , l , and m are constants.)
A)Exponential: 
B)Logarithmic: 
C)Cubic: 
D)Quadratic: 
E)Linear:

Quizplus · Accepted Answer

The Answer of The following table shows the approximate value V of one Euro in U.S, dollars from its introduction in January 2000 to January 2004. (  represents January, 2000.)  Which model would best fit the given data? ( A , a , b , c , k , l , and m are constants.)
A)Exponential: 
B)Logarithmic: 
C)Cubic: 
D)Quadratic: 
E)Linear:

The Following Table Shows the Approximate Value V of One