Task $1$: Sensor Data Simulation $($Random Numbers$)[15$ points$]$

Use the

function to generate random temperature and humidity readings for three

sensors$.$

Each temperature should be a random floating$-$point value between $15\mathrm{.}0C$ and $30\mathrm{.}0C.$

Each humidity reading should be a random integer between $30\%$ and $60\%.$

Display the simulated sensor data.

Task $2$: Data Comparison and Alerts $($Comparison Operations$)[15$ points$]$

Define temperature and humidity thresholds $($e$.$g$.,28C$ for temperature and $50\%$ for

humidity$).$

Compare each sensor$\text{'}$s data to the thresholds.

If the temperature exceeds the threshold, display an alert that the room is too hot.

If the humidity is below the threshold, display an alert for low humidity.

Output the result of the comparison for each sensor$.$

Task $3$: Data Processing $($Math Operations$)[15$ points$]$

Calculate the average temperature across the sensors$.$

Convert the average temperature from Celsius to Fahrenheit using the formula:

Fahrenheit $=$ Celsius $\frac{9}{5}+32$ Fahrenheit$=$Celsius $59+32$

Print the average temperature in both Celsius and Fahrenheit.

Task $4$: Sensor Status Encoding $($Bitwise Operations$)[15$ points$]$

For each sensor$,$ encode a status using bitwise operations:

Use bit $0$ to represent if the temperature is above the threshold $(1$ for true, $0$ for false$).$

Use bit $1$ to represent if the humidity is below the threshold $(1$ for true, $0$ for false$).$

Display the binary status for each sensor $($e$.$g$.,01$ means temperature is fine but humidity is

low$).$

Task $5$: Logging Sensor Data $($String Manipulation$)[20$ points$]$

Use string manipulation to log the sensor names $($e$.$g$.,$ "Living Room", "Bedroom", "Kitchen"$).$

Concatenate each sensor$\text{'}$s name with its temperature and humidity readings and formatted

status.

Format the output using

and

to display aligned sensor logs$.$