Respuesta :

Answer:

°C = -33.39 °C

K = 239.76 K

Explanation:

  • °C = ( °F -32 ) / 1.8
  • K = 273.15  + °C

⇒ °C = ( -28.1 - 32 ) / 1.8

⇒ °C = - 33.39 °C

⇒ K = 273,15 + (-33.39)

⇒ K = 239.76 K

Eduard22sly

1. The boiling temperature of liquid ammonia in degree celsius (°C) is –33.39 °C

2. The boiling temperature of liquid ammonia in Kelvin (K) is 236.61 K

Conversion formula

  • We can convert from degree celsius (°C) to degree Fahrenheit (°F) with the following equation °C = 5/9(°F – 32)
  • We can convert from degree celsius (°C) to Kelvin (K) with the following equation K = °C + 273

1. How to determine the temperature in degree celsius (°C)

  • Temperature (°F) = –28.1 °F
  • Temperature (°C) =?

°C = 5/9(°F – 32)

°C = 5/9(–28.1 – 32)

°C = 5/9 × (–60.1)

°C = –33.39 °C

Thus, the temperature in degree celsius (°C) is –33.39 °C

2. How to determine the temperature in Kelvin

  • Temperature (°C) = –33.39 °C
  • Temperature (K) =?

K = K = °C + 273

K = –33.39 + 273

K = 236.61 K

Thus, the temperature in Kelvin (K) is 236.61 K

Learn more about conversion:

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