35. Exponential decay - using logarithms

Exponential Decay - Using Logarithms 35.1
A. (ln((X)/(X_0)))/( - lambda)
B. - ln((1)/(2)) * R*C
C. (ln((X)/(X_0)))/( - ((ln(2))/(T_h)))
D. (ln((I)/(I_0)))/( - mu)
E. (ln((1)/(2)))/( - mu)

Exponential Decay - Using Logarithms 35.2
A. 4.7E8 years

Exponential Decay - Using Logarithms 35.3
A. 60 hours

Exponential Decay - Using Logarithms 35.4
A. 0.97 hours

Exponential Decay - Using Logarithms 35.5
A. 0.30 None
B. 0.066 m

Exponential Decay - Using Logarithms 35.6
A. 4E15 m

Exponential Decay - Using Logarithms 35.7
A. 9.6 mm^-1
B. 0.48 mm
C. 0.072 mm
D. 1.2 mm

Exponential Decay - Using Logarithms 35.8
A. 6.2E34 s^-1
B. 2.2E-34 s

Exponential Decay - Using Logarithms 35.9
A. 6.6 s