The number of bachelor's degrees conferred has been increasing steadily in recent decades. The rate of change of the number of bachelor's degrees (in thousands) can be approximated by the following function where t is the number of years since 1970. el B'(t)=0.0819t² -1.521t+16.09 Complete parts a. and b. below. issi a. Find B(t), given that about 898,900 degrees were conferred in 1970 (t = 0). B(t)= stion 1 estion S mestion 9
The number of bachelor's degrees conferred has been increasing steadily in recent decades. The rate of change of the number of bachelor's degrees (in thousands) can be approximated by the following function where t is the number of years since 1970. el B'(t)=0.0819t² -1.521t+16.09 Complete parts a. and b. below. issi a. Find B(t), given that about 898,900 degrees were conferred in 1970 (t = 0). B(t)= stion 1 estion S mestion 9
Chapter6: Exponential And Logarithmic Functions
Section6.7: Exponential And Logarithmic Models
Problem 16TI: Recent data suggests that, as of 2013, the rate of growth predicted by Moore’s Law no longer holds....
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Transcribed Image Text:The number of bachelor's degrees conferred has been increasing steadily in recent decades. The rate of change of the number of bachelor's degrees (in thousands)
can be approximated by the following function where t is the number of years since 1970.
re
B'(t)=0.0819t-1.521t+16.09
Complete parts a. and b. below.
hissi
a. Find B(t), given that about 898,900 degrees were conferred in 1970 (t = 0).
B(t)=
estion 1
estion S
uestion 9
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