8 Consider The Following Function: Float GetTemp() { Int Reading(AO); Float Volt = (reading*5.0)/1024; Return (volt-0.5)*100; } When 1.5 Volts Is Connected To A0, Then The Function Would Return A Temperature Value Of (3 Points) 100.0 55.0 60.0 120.0

8 Consider The Following Function: Float GetTemp() { Int Reading(AO); Float Volt = (reading5.0)/1024; Return (volt-0.5)100; } When 1.5 Volts Is Connected To A0, Then The Function Would Return A Temperature Value Of (3 Points) 100.0 55.0 60.0 120.0

匿名用户最后更新于 2021-11-29 19:07 电气工程Electrical Engineering

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8 Consider the following function: float getTemp() { int reading(AO); float volt = (reading*5.0)/1024; return (volt-0.5)*100; } When 1.5 Volts is connected to A0, then the function would return a temperature value of (3 Points) 100.0 55.0 60.0 120.0

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8 Consider The Following Function: Float GetTemp() { Int Reading(AO); Float Volt = (reading*5.0)/1024; Return (volt-0.5)*100; } When 1.5 Volts Is Connected To A0, Then The Function Would Return A Temperature Value Of (3 Points) 100.0 55.0 60.0 120.0

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8 Consider The Following Function: Float GetTemp() { Int Reading(AO); Float Volt = (reading5.0)/1024; Return (volt-0.5)100; } When 1.5 Volts Is Connected To A0, Then The Function Would Return A Temperature Value Of (3 Points) 100.0 55.0 60.0 120.0