The "c" in "-110c" typically denotes a specific temperature measurement in degrees Celsius. In this context, "-110c" would indicate a temperature of negative 110 degrees Celsius. This notation is often used in scientific and engineering fields to specify extremely low temperatures.
'Darwin' can mean different things, and so does 'C'.
c means circa, which means it is an estimate.
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I believe the 'c' means circa, meaning that this date is an estimate and not exact.
Let Cost Price be C. Then Sale Price = C + (C x 10/100) = 110C/100 But Sale Price = 275 = 110C/100 : C = 275 x 100/110 = 250 The Profit is Sale Price - Cost Price = 275 - 250 = 25
Distilled water at 110°C is in a liquid state. As water reaches its boiling point at 100°C, it will be boiling and transitioning into vapor at 110°C.
The average temperature of Jupiter is -110C.
-110
If you mean: 10ac -x/11 = -3 then a as the subject is a = (-33+x)/110c
At -10°C, water is in a solid state, commonly known as ice. At 10°C, it exists in a liquid state. At 110°C, water remains in a liquid state under normal atmospheric pressure but can begin to turn into steam as it approaches 100°C. However, if the pressure is increased, water can remain liquid even above 100°C.
either plug it in to a charger or take off the alarm, it drains the battery
11500 calories
110 degrees Celsius is equivalent to 230 degrees Fahrenheit.
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To calculate the energy required to heat and vaporize the ice, you need to consider the heat needed for each step: Heat the ice from -35°C to 0°C (specific heat of ice). Melt the ice at 0°C (heat of fusion). Heat the water at 0°C to 100°C (specific heat of water). Vaporize the water at 100°C (heat of vaporization). Heat the steam from 100°C to 110°C (specific heat of steam). Adding all these energies together will give you the total energy required.