the electricity charges based on the electricity used for one home with solar panels are shown in the…

the electricity charges based on the electricity used for one home with solar panels are shown in the table.\nsolar home electricity bill\n| electricity used (kwh) | electricity charges ($) |\n| ---- | ---- |\n| 237 | 31.79 |\n| 95 | 17.92 |\n| 173 | 25.35 |\n| 193 | 27.83 |\n| 359 | 42.49 |\n| 263 | 33.36 |\nthe linear function $c(x)=0.0924x + 9.4613$ can be used to predict the electricity charges based on the electricity used.\nhow much will the electricity charges be if the electricity used is 375 kwh?\nenter your answer in the space provided.\n$

the electricity charges based on the electricity used for one home with solar panels are shown in the table.\nsolar home electricity bill\n| electricity used (kwh) | electricity charges ($) |\n| ---- | ---- |\n| 237 | 31.79 |\n| 95 | 17.92 |\n| 173 | 25.35 |\n| 193 | 27.83 |\n| 359 | 42.49 |\n| 263 | 33.36 |\nthe linear function $c(x)=0.0924x + 9.4613$ can be used to predict the electricity charges based on the electricity used.\nhow much will the electricity charges be if the electricity used is 375 kwh?\nenter your answer in the space provided.\n$

Answer

Explanation:

Step1: Identify the function and value of x

The function is $C(x)=0.0924x + 9.4613$, and $x = 375$.

Step2: Substitute x into the function

$C(375)=0.0924\times375+9.4613$. First, calculate $0.0924\times375$: $0.0924\times375 = 34.65$. Then, calculate $34.65 + 9.4613$: $34.65+9.4613=44.1113$.

Answer:

$44.11$ (rounded to two - decimal places)