Life Sciences HIV Infection The time interval between a person's initial infection with HIV and that person's eventual development of AIDS symptoms is an important issue. The method of infection with HIV affects the time interval before AIDS develops. One study of HIV patients who were infected by intravenous drug use found that 17% of the patients had AIDS after 4 years, and 33% had developed the disease after 7 years. The relationship between the time interval and the percentage of patients with AIDS can be modeled accurately with a linear equation. Source: Epidemiologic Review. (a) Write a linear equation y = mt + b that models these data, using the ordered pairs (4, 0.17) and (7, 0.33). (b) Use your equation from part (a) to predict the number of years before half of these patients will have AIDS.
Life Sciences HIV Infection The time interval between a person's initial infection with HIV and that person's eventual development of AIDS symptoms is an important issue. The method of infection with HIV affects the time interval before AIDS develops. One study of HIV patients who were infected by intravenous drug use found that 17% of the patients had AIDS after 4 years, and 33% had developed the disease after 7 years. The relationship between the time interval and the percentage of patients with AIDS can be modeled accurately with a linear equation. Source: Epidemiologic Review. (a) Write a linear equation y = mt + b that models these data, using the ordered pairs (4, 0.17) and (7, 0.33). (b) Use your equation from part (a) to predict the number of years before half of these patients will have AIDS.
Solution Summary: The author explains that the linear model for AIDS patients is y=0.053t-0.041.
HIV Infection The time interval between a person's initial infection with HIV and that person's eventual development of AIDS symptoms is an important issue. The method of infection with HIV affects the time interval before AIDS develops. One study of HIV patients who were infected by intravenous drug use found that 17% of the patients had AIDS after 4 years, and 33% had developed the disease after 7 years. The relationship between the time interval and the percentage of patients with AIDS can be modeled accurately with a linear equation.
Source: Epidemiologic Review.
(a) Write a linear equation y = mt + b that models these data, using the ordered pairs (4, 0.17) and (7, 0.33).
(b) Use your equation from part (a) to predict the number of years before half of these patients will have AIDS.
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