YES
I am going to assume your talking about Fahrenheit. Which would take 32 degrees Fahrenheit for ice to begin to melt (albeit slowly). If you come from a place that uses Celsius its understandable to be confused by this at it will seem illogical as Celsius is a simpler and a more logical way to measure temperature.
Yes, gummy bears will start to melt at 42 degrees Celsius since their melting point is around 35-40 degrees Celsius. They will become soft and lose their shape at temperatures above this range.
yes it can if it ice but if its plain water then no
At room temperature, mercury (Hg) is a liquid, and methane (CH4) is a gas. The melting point of methane is -182.5 degrees Celsius. The melting point of mercury is -39 degrees Celsius. It takes more heat to melt the mercury.
5500 degrees Celsius = 9,932 degrees Fahrenheit.
-5 degrees F = -20.5555556 C
5 degrees Celsius = 41 degrees Fahrenheit. [°F] = [°C] × 9⁄5 + 32
Experiments have been done and a red popsicle was found to melt the fastest. The dark popsicles actually melt faster than the light colors.
purple
If it is exactly at the freezing temperature of water (32F) then it would be zero degrees Celsius.
Yes, a popsicle can melt faster than ice under certain conditions. This is primarily due to the added sugars and other ingredients in the popsicle, which lower its freezing point and can cause it to melt more quickly. Additionally, the surface area and temperature of the popsicle may contribute to a faster melting process compared to solid ice.
It depends on how hot the day is, and how large the popsicle is.
The temperature in Celsius can be calculated using the formula: (°F - 32) x 5/9. So, for a popsicle melting at 78 degrees Fahrenheit, the temperature in Celsius would be (78 - 32) x 5/9 = 25.6 degrees Celsius.
0° Celsius is the temperature at which ice starts to melt.
Silver melts at 961.8 degrees Celsius.
50 degrees Celsius
It's a fun game to play, but the truth is they are all made of the same stuff. Just the food dyes are different. They probably melt at the same average speed. My hypothesis would be brown, because darker colors absorb heat faster.