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# Step 3: Enter your full question details here At birth, the autistic brain is similar in size to a healthy child’s brain. Between birth and 2 yr, it grows to be abnormally large, reaching its maximum size between 3 and 6 yr of age. The percentage difference in size between the autistic brain and the normal brain to age 40 is approximated by D(t) = 6.9te-0.24t (o _<_ t _<_ 40) where t is measured in years. a. At what age is the difference in the size between the autistic brain and the normal brain increasing? Decreasing? b. At what age is the defference in the size between the autistic brain and the normal brain the greatest? What is the maximum difference? c. At what age is the difference in the size between the autistic brain and the normal brain decreasing at the fastest rate? d. Sketch the graph of D on the interval [o, 40].

Step 3: Enter your full question details here At birth, the autistic brain is similar in size to a healthy child’s brain. Between birth and 2 yr, it grows to be abnormally large, reaching its maximum size between 3 and 6 yr of age. The percentage difference in size between the autistic brain and the normal brain to age 40 is approximated by D(t) = 6.9te-0.24t (o _<_ t _<_ 40) where t is measured in years. a. At what age is the difference in the size between the autistic brain and the normal brain increasing? Decreasing? b. At what age is the defference in the size between the autistic brain and the normal brain the greatest? What is the maximum difference? c. At what age is the difference in the size between the autistic brain and the normal brain decreasing at the fastest rate? d. Sketch the graph of D on the interval [o, 40].

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