in between mars and jupitor is the asteroid belt astronomers believe thease lumps of rock were once a small planet that brock up and formed the asteroid belt hundred s of millions years ago
jupeters gravity disrupted their formation
A good hypothesis for Venus could be: "Increased volcanic activity on Venus has contributed to the thick atmosphere and extreme surface temperatures observed on the planet."
A good research hypothesis must first, and most importantly, have a testable hypothesis. The hypothesis should be stated, it is not a question. It should be brief and to the point. Finally, there should some previous research that should be used to help form the hypothesis.
what u need to form a awesome hypothesis is research & statement of the problem. There might be some more so look it up!
A good research hypothesis must first, and most importantly, have a testable hypothesis. The hypothesis should be stated, it is not a question. It should be brief and to the point. Finally, there should some previous research that should be used to help form the hypothesis.
"A good hypothesis for crystal eggs could be that the crystals will form more quickly and grow larger in size when placed in a saturated solution compared to a less concentrated solution."
A correct or good hypothesis includes if then and because. A hypothesis must be a possible answer and must be testable
Experimentation is a good way to test a hypothesis.
a good hypothesis for childhood obesity
So a good hypothesis needs to be about the problem (obviously). You state a good hypothesis in this form: "If... then..." for example if There was a project on watering plants, a good hypothesis would be, " if i give every plant an equal amount of water, then the fern will grow the fastest." :)
A possible hypothesis could be: "Rain forms when water vapor in the atmosphere condenses into water droplets, which then join together to form larger droplets, eventually becoming heavy enough to fall to the ground due to gravity."
There are multiple theories for the material in the asteroid belt. First, note that the entire mass of the asteroid belt objects is a few percent of Earth's mass -- what is there today would not form much of a planet. One fairly good theory is that a planet did have an irregular orbit with the highest part where the asteroid belt is today. However, the planet's highly elliptical orbit brought it across the orbits of Mars and Earth. It collided with Earth, leaving much of its mass in the Earth but also spewing out material that eventually formed our Moon. A small portion of the material survives in the asteroid belt and as the small moons of Mars.