public class WeatherSnapshot

$\{$

private int tempInFahrenheit;

private int humidity; $//$ value of $56$ means $56\%$ humidity

private int dewPoint; $//$ in degrees Fahrenheit

private String date; $//$ stores the date as a String

private int time; $//$ in military time, such as $1430=2$:$30$ pm

private boolean cloudy; $//$ true if $25\%$ or more of the sky is covered

$//$ constructor not shown, but it initializes all instance variables

$//$ postcondition: returns temperature

public int getTemp$()$

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return tempInFahrenheit;

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$//$ postcondition: returns date

public String getDate$()$

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return date;

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$//$ postcondition: returns true if precipitation is likely; false otherwise

public boolean precipitationLikely$()$

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$//$ implementation not shown

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$//$ other methods not shown

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Precipitation can occur when clouds are present and the temperature is less than the dew point temperature. Which of the following lines of code could be used to implement the precipitationLikely method? $(1$ point$)$

Question $17$Select one:

a$.$

return $($cloudy$)$;

b$.$

return $($cloudy && $($dewPoint $<$ tempInFahrenheit$))$;

c$.$

return $($cloudy && $($tempInFahrenheit $<$ dewPoint$))$;

d$.$

return $($cloudy $||($dewPoint $<$ tempInFahrenheit$))$;

e$.$

return $($cloudy $||($tempInFahrenheit $<$ dewPoint$))$;