Answer #1:
125 grams of water (which is also 125 milliliters, or 125 cubic centimeters) requires 125 calories of heat to raise the temperature 1 degree Celsius. Note that calories are an energy source, and heat is a form of energy. If the ice is 1 degree from the melting point, it would take approximately 125 calories to bring the entire mass to the melting point to melt the ice. Granted, that is if the ice is in a completely closed system. Normally, air flow near the region will cause heat to disperse, carrying away the warmest regions of heat...requiring more heat (calories).
=======================
Answer #2:
The first answer completely misses one of the most important and unique properties of water.
If you have 1 cubic centimeter of ice at 0°C, it takes about 80 calories of heat
just to melt it into water with no change in temperature.
To melt 125 g of ice, you need 9,972 calories of heat energy. And then, the
temperature of the 125 g of water that you have is still 0°C, but now it's water.
Caramel typically begins to melt around 120-150°F (50-65°C). It will continue to melt further as the temperature increases beyond this range.
The specific heat capacity of water between 25 C and 100 C is 4.1813 J / (g*K). Beyond 100 C, the heat capacity of water is 2.080 J / (g*K) So, it take 4.1813 joules of energy to heat 1 gram of water 1 degree Celsius (Kelvin). Therefore, in order to heat 22 g of water from 25 C to 100 C (75 C), it would require: 4.1813 * 22 * 75 = 6899.145 J And, to heat 22 g of steam from 100 C to 125 C (25 C), it would require: 2.080 * 22 * 25 = 1144 J The combined amount of energy required would be: 6899.145 + 1144 = 8043.145 J
There are different brands of Soy wax, you would have to know the type and brand of soy wax you are using, They differ with Melting Points. Visit your Soy wax provider online to find out your melting point for your soy wax. I use Golden Brand 464 Soy wax the Melt Point is 115-119 F The 444 Golden Brand Melt point is 121-125 F Golden Brand 415 Soy Wax is 121-125 F The EcoSoya CB-Advanced is 125 F The CB Excel is 125 F:
5 cubed (5^3) equals 125.
It depends on the type of plastic. Ignition temperatures range among any number of hundreds of degrees. Plastic Melting Point Ignition Temperature ABS 88°-125° 416° Acrylics 91°-125° 560° Cellulosics 49°-121° 475°-540° Nylons 160°-275° 424°-532° Polycarbonate 140°-150° 580° Polyesters 220°-268° 432°-488° Polyethylene ld 107°-124° 349° Polyethylene hd 122°-137° 349° Polypropylene 158°-168° 570° Polystyrene 100°-120° 488°-496° Polyurethanes 85°-121° 416° PTFE 327° 530° P.vinylideneclor 212° 454° PVC 75°-110° 435°-557° Wool Does not melt 228°-230° Cotton Does not melt 250° Rubber Does not melt 260°-316°
125% = 125/100 which can be simplified, if required.
It is 125/115, which can be simplified if required.
To find the energy required to lower the temperature of benzene from K to 335.0 K and liquefy it, you need to calculate the heat energy using the specific heat capacity of benzene and the heat of fusion of benzene. This will involve calculating the energy required to cool the benzene from K to its freezing point and then the energy required to change its state at the freezing point.
The maximum current rating for the circuit breaker required for a 125 amp load is 125 amps.
To calculate the total energy required to heat 40 g of ice at -50°C to steam at 125°C, you would need to account for several steps: heating the ice to 0°C, melting the ice to water, heating the water to 100°C, converting the water to steam, and finally heating the steam to 125°C. This involves using the specific heat capacities and the latent heat of fusion and vaporization. The total energy is approximately 21,100 joules.
125 British Thermal Units (the mesure or heat energy)
125 pounds of cement weighs 125 pounds.
How much oil does a 2001 Yamaha TTR 125 hold? How much oil does a 2001 Yamaha TTR 125 hold? How much oil does a 2001 Yamaha TTR 125 hold?
125 ml.
80% of 125 is 100.
Caramel typically begins to melt around 120-150°F (50-65°C). It will continue to melt further as the temperature increases beyond this range.
2 cents