This is a really good question and the answer is quite straight-forward:
First it's important to note that in absolute dark different colours would have no effect on the rate of melting, the rate is dependent on the wavelengths and intensity of the light the surface is exposed to.
If we assume we have two surfaces, one red and one black, and we expose both surfaces to red light of the same intensity. On which surface do you think the ice would melt faster?
The red surface will reflect the red light, however the black surface will absorb the red lightcausing the black surface to increase in temperature. So the ice will melt faster on the black surface.
112 inch cubes.
Yes
Oh, dude, the manipulated variable in that scenario would be the shape of the ice cube. So, like, if you're testing how different shapes of ice cubes melt, you're basically playing with the shape to see how it affects the melting process. It's like science, but with ice cubes. Cool, right?
Answering the question and the question in the details below:Ice cubes stick together because the surface of ice is liquid-like and when the ice cubes touch, the surfaces freeze together. For more background, please view the answer to "Why is ice slippery?"The following answer gives some scientific details pertaining to ice:Water freezes at 0 degrees celsius, but the ice that comes out of your freezer is much colder.From the moment you put ice into water, the water gets colder and the ice gets warmer until there is one uniform temperature and all ice has turned to water. You can imagine how if the ice were cold enough, it could freeze all the water.Two cubes of ice at say -10C would easily freeze a thin layer of cold water surrounding them before they get down to the temperature at which they begin to melt.BUT I have noticed that often cubes that are half-melted will still stick together. How can this be? If it has been shrinking, the outer layer should be in the process of melting and therefore not cold enough to freeze its surroundings. I do not know the explanation for this. Perhaps I wasn't watching closely enough. Maybe they froze together when they were larger and for some reason the connections don't melt as fast as the other parts of the ice. More experimentation needed.
Yes, Ice Cubes radiate heat. Consider that an ice cube can be modeled as a grey body (similar to a blackbody, but with a different emissivity) with a temperature = 0 °C. The apply Planck's equation to calculation the radiant exitance of the ice cube. This will give you a measure of the amount of heat given off by an ice cube.
If you have got enough cubes, as many as you like.
28
For the question "Does color affect the rate at which ice cubes melt?", the materials you would need include several ice cubes of different colors, a timer, a tray to hold the ice cubes, and a controlled environment with constant temperature. By observing and timing the melting of ice cubes of different colors placed in the same conditions, you can compare the rates at which they melt to determine if color affects the melting rate.
hot water takes longer @$$
A polyhedron. Examples include pyramids and cubes.
Cubes, cuboids, tetrahedra, prims, pyramids and other polyhedra.
Ten cubes typically refers to the total volume or quantity represented by ten individual cubes, each with a certain dimension. If each cube has a volume of 1 cubic unit, then 10 cubes would equal 10 cubic units. However, if the cubes have different dimensions, you'd need to calculate the volume of each and sum them to find the total. The context in which "cubes" is used can also affect its meaning.
1
To determine the number of different size cubes that can be made with 64 multilink cubes, we need to find all the factors of 64. The factors of 64 are 1, 2, 4, 8, 16, 32, and 64. These factors correspond to the possible dimensions of the cubes that can be formed using the multilink cubes. Therefore, there are 7 different size cubes that can be made with 64 multilink cubes.
people want their ice cubes to last longer, so if you make ice cubes in a different shape so they melt slower, people will be happier.
yes
Well, honey, if the height is 4 cubes, that leaves you with 12 cubes to work with for the base. You can arrange those 12 cubes in various ways to form different rectangular prisms. So, technically speaking, there are multiple rectangular prisms you can create with 48 cubes and a height of 4 cubes.