Using data starting with 1950 and projected to 2050, the number of women (in millions) in the workforce is given by the function Upper P equals 0.79 x plus 20.86, where x equals the number of years after 1950.

Question

Using data starting with 1950 and projected to​ 2050, the number of women​ (in millions) in the workforce is given by the function Upper P equals 0.79 x plus 20.86​, where x equals the number of years after 1950.
 The value of P when x=37 is  enter your response here million.

GPT-4o mini · Answer

To find the value of $ P $ when $ x = 37 $, we can substitute 37 into the function: $$ P = 0.79x + 20.86 $$ Substituting $ x = 37 $: $$ P = 0.79(37) + 20.86 $$ Now, calculate $ 0.79 \times 37 $: $$ 0.79 \times 37 = 29.23 $$ Now, add this value to 20.86: $$ P = 29.23 + 20.86 = 50.09 $$ Thus, the value of $ P $ when $ x = 37 $ is approximately $ 50.09 $ million.

Using data starting with 1950 and projected to​ 2050, the number of women​ (in millions) in the workforce is given by the function Upper P equals 0.79 x plus 20.86​, where x equals the number of years after 1950.

Using data starting with 1950 and projected to 2050, the number of women (in millions) in the workforce is given by the function Upper P equals 0.79 x plus 20.86, where x equals the number of years after 1950.