A fridge has no ice inside. Where does the heat from the food go?

socketcompressorcondenser coilscapillary tubefilter-drierevaporator coilsthermostatfoam insulation, 5 cmdoorthermometer50 cmInside temperature, real time°C048121620240123hours since it was plugged in40 °F (4.4 °C)thermostat: off 2.5, on 4.0room, 22 °Ccompressoroffrefrigerant in the pipesliquidboiling or condensingcold gashot gas
inside
22.0 °C (72 °F)
time
0:00:00
compressor
unplugged
evaporator takes in
0 W
condenser gives out
0 W
leaks in through walls
0.0 W
refrigerant
still
heat moved out
0 kJ · electricity 0 kJ

Press the steps in order, or press Auto. Follow the refrigerant round its loop: it boils inside the fridge and condenses outside it.

Physics from LibreTexts College Physics (OpenStax): 15.5 Heat Pumps and Refrigerators (Qh = Qc + W; COP = Qc/W, 2 to 6 for real refrigerators), 14.5 Conduction (Q/t = kA(T2 - T1)/d; Styrofoam 0.010 W/m·°C), 14.2 Temperature Change and Heat Capacity (water 4,186 and air 1,015 J/kg·°C) and 11.2 Density (air 1.29 kg/m³). Refrigerant R-134a boiling points and heats from the NIST Chemistry WebBook. Safe fridge temperature from the FDA. Example values: the sizes, 10 kg of food and drinks counted as water, a 22 °C room, a 75 W compressor with COP 2.0, the two pressures, and the thermostat settings. The moving dots show the direction of flow, not its speed. Drawn to scale in meters with the Anatomy kit (MIT license).