The amounts a, b and c, in grams, are decaying exponentially according to the functions below, where t is hours. which will decay to 3 grams faster? a(t) = 6 e-0.1733t b(t) = 8 e-0.2t c(t) = 5 e-0.11t a. amount a b. amount b c. amount c

'Which will decay to 3 grams faster? A(t) = 6 e-0.1733t B(t) = 8 e-0.2t C(t) = 5 e-0.11t A.?"

You are dealing with exponential functions here.  It's essential that you use proper notation for exponentiation.   In  A(t) = 6 e-0.1733t, you must use the symbol " ^ " to denote exponentation, followed by parentheses around the exponent:                                                A(t) = 6 e^(-0.1733t).  That fraction
-0.1733 is what governs the rate of decay.

You have three exponentials here, with decay constants -0.1733, -0.2 and -0.11.    The magnitude of the second one:  |-0.2|  is greatest, so it's in Case B that the substance decays fastest.

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