The distance, D in millions of miles of the voyager 1 space craft from the sun m months after January 12015 is approximately by the equation D=27.4m+12,100. What is the best interpretation of 27.4 as shown in the given equation?
Q. The distance, D in millions of miles of the voyager 1 space craft from the sun m months after January 12015 is approximately by the equation D=27.4m+12,100. What is the best interpretation of 27.4 as shown in the given equation?
Interpret coefficient 27.4: The equation given is D=27.4m+12,100, where D represents the distance in millions of miles and m represents the number of months after January 1, 2015. To interpret the coefficient 27.4, we need to understand its role in the equation.
Multiplication with number of months: The coefficient 27.4 is multiplied by the number of months (m). This suggests that for each month that passes, the distance of Voyager 1 from the sun increases by 27.4 million miles.
Average speed of Voyager 1: Therefore, the best interpretation of 27.4 in this context is that it represents the average speed of Voyager 1 in millions of miles per month. This is the amount by which the distance from the sun increases each month.
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