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Recent studies indicate that the average surface temperature of a planet has been rising steadily. Some scientists have modeled the temperature by the linear function T = 0.01t + 8.75, where T is temperature in ∘C and t represents years since 1900. (a) What do the slope and T-intercept represent? The slope is, which means that the average surface temperature of the planet is, which presents the average surface temperature in of ∘C per year. The T-intercept is the year. (b) Use the equation to predict the planet's average surface temperature in 2010. ∘C

Recent studies indicate that the average surface temperature of a planet has been rising steadily. Some scientists have modeled the temperature by the linear function T = 0.01t + 8.75, where T is temperature in ∘C and t represents years since 1900. (a) What do the slope and T-intercept represent? The slope is, which means that the average surface temperature of the planet is, which presents the average surface temperature in of ∘C per year. The T-intercept is the year. (b) Use the equation to predict the planet's average surface temperature in 2010. ∘C

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Recent studies indicate that the average surface temperature of a planet has been rising steadily. Some scientists have modeled the temperature by the linear function T = 0.01 t + 8.75 , where T is temperature in ∘ C and t represents years since 1900 . (a) What do the slope and T -intercept represent? The slope is ◻ , which means that the average surface temperature of the planet is ◻ -Select-- ◻ , which presents the average surface temperature in of ◻ ∘ C per year. The T -intercept is ◻ the year ◻ . (b) Use the equation to predict the planet's average surface temperature in 2010. ◻ ∘ C

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