These can be very different dependong on the project. But it is a list of steps taken by the experimentor to do the experiement.
They should be clear enough that anybody can recreate the experiment.
Address things such as:
Which deserts were chosen? Why those desserts?
How did the experimenter measure the melting (visually, with thermometor?)? What features of the desert were looked at?
Where were they allowed to melt? Why was that location chosen?
How were they timed?
How did you keep parents from eating the dessert :)
They should be set out like a recipe in a cook book.
1) Setup
2) Measuring
3) Analyze
The type of surface that warms up the slowest is the "ocean" surface.
You could test the amount of friction of different surfaces by rolling something across them, and seeing which time it went the fastest, and which time it went the slowest.
solid
make a fire
The Earth's rotation
The dairy dessert with the least amount of ice or water will melt the slowest. Therefore, frozen yogurt will melt the slowest.
Oh, dude, finding out which frozen dessert melts the slowest is like a science experiment, but for ice cream lovers. You could set up a little race between ice cream, gelato, sorbet, and frozen yogurt, and just watch them melt. Or you could be all fancy and use a timer to see which one holds its cool the longest. Either way, you'll be the hero of the summer dessert game.
snails are the slowest mollusk. But that has nothing to do with what the slowest insect is. The wheel bug is probably the slowest insect.
The superlative of slow is slowest. The comparative is slower.
Sloths are the slowest mammals.
No, it's the slowest site.
the Elmatross is the slowest
No the slowest animal is ant
Yes asecondarywave is the slowest
the slowest thing is something that isn't alive.
tortise is the slowest animat in the world
The surface waves are the slowest waves.