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hoan Rure Scho- Question 15 - Ng b(x)-150 x+2500 [ecosystems and: Khan Acaderny Somolition A. Suve anticis: Incorrect 2 tries lef. Please try again. Mr. Chan uses the function b(x)=150 x+2500 to determine the amount he has saved for a new car after x months. Graph the function in terms of the context. Testing View

hoan Rure Scho-\newlineQuestion 1515 - Ng\newlineb(x)−150x+2500 b(x)-150 x+2500 \newline[ecosystems and:\newlineKhan Acaderny\newlineSomolition A.\newlineSuve anticis:\newlineIncorrect\newline22 tries lef. Please try again.\newlineMr. Chan uses the function b(x)=150x+2500 b(x)=150 x+2500 to determine the amount he has saved for a new car after x x months. Graph the function in terms of the context.\newlineTesting View

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Q. hoan Rure Scho-\newlineQuestion 1515 - Ng\newlineb(x)−150x+2500 b(x)-150 x+2500 \newline[ecosystems and:\newlineKhan Acaderny\newlineSomolition A.\newlineSuve anticis:\newlineIncorrect\newline22 tries lef. Please try again.\newlineMr. Chan uses the function b(x)=150x+2500 b(x)=150 x+2500 to determine the amount he has saved for a new car after x x months. Graph the function in terms of the context.\newlineTesting View
  1. Identify Points: First, we need to identify two points to plot on the graph. Let's use x=0x = 0 and x=1x = 1 to find b(x)b(x) for these two months.
  2. Calculate b(0)b(0): For x=0x = 0, plug it into the function: b(0)=150(0)+2500b(0) = 150(0) + 2500. This gives us b(0)=2500b(0) = 2500.
  3. Calculate b(1)b(1): For x=1x = 1, plug it into the function: b(1)=150(1)+2500b(1) = 150(1) + 2500. This gives us b(1)=2650b(1) = 2650.
  4. Plot Points: Now we have two points: (0,2500)(0, 2500) and (1,2650)(1, 2650). Plot these points on the graph.
  5. Draw Line: Draw a straight line through the points to represent the function b(x)=150x+2500b(x) = 150x + 2500.

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