Select the functions that are equivalent to P(t) = 76529( 1.21), where t is time in years.

P(t) = 76529(1.049)4t

P(t) = 76529(1.032) 6t

P(t) = 76529(1.00834) 2t

P(t) = 76529(102.1)

21

P(t) = 76529 1.212

P(t) = 76529(1.016)121

P(t)=75529(1.21 1/2)2t

P(t)=76529(1.016)12t

Girardo is using the model below to solve the equation . girardo uses the following steps: step 1 add 4 negative x-tiles to both sides step 2 add 1 negative unit tile to both sides step 3 the solution is which step could be adjusted so that gerardo's final step results in a positive x-value? in step 1, he should have added 4 positive x-tiles to both sides. in step 1, he should have added 3 negative x-tiles to both sides. in step 2, he should have added 4 negative unit tiles to both sides. in step 2, he should have added 1 positive unit tile to both sides.

Does anyone know how to solve and graph this: 4 + | a + 2 | < 7the only part i don't get is the "4 +"

Match the one-to-one functions with the graphs of their inverse functions.