Decomposing Exponential Equations Given the Exponential Equation, determine the Initial Value and Rate of Change as a Percent for each of the following. Initial Value Growth or Decay Rate as a % Exponential Equation % Select an answer v y = (0.91)* Select an answer 9% Decay Growth y = 367(1.12)" % Select an answer v y = 3762(1.055) 9% Select an answer v] y = 4295(0.73) % Select an answer v y = 4984(1.03)' % Select an answer v y = 1251(1.07) 2 Writing Exponential Equations Given the Initial Value and Rate of Change, write the exponential equation for each of the following. Write y in terms of . Initial Value Rate Equation 109 Growth Rate = 21% y = 120 Growth Rate = 8% y = 84 Growth Rate = 6.5% y = 193 Growth Rate = 106% y = 175 Decay Rate = 28% y = 75 Decay Rate = 5% y = 138 Decay Rate = 0.6% y = 3. A population numbers 323 organisms initially and increases by 7.3% each year. Suppose P represents population, and t the number of years of growth. Write an exponential model to represent this situation