100 POints for answering please highlight the claim evidence and reasoning. Example #2
A person’s height decreases throughout the day as gravity pulls down on their body. After measuring the height of students at multiple times of day we were able to determine that the height of students decreased by an average of 1.7cm throughout the day. These results support my hypothesis that a person’s height decreases throughout the day due to gravity. This makes sense because in science we know that gravity is a force that is always pulling us towards the center of the Earth.

Example #2
A person’s height decreases throughout the day as gravity pulls down on their body. After measuring the height of students at multiple times of day we were able to determine that the height of students decreased by an average of 1.7cm throughout the day. These results support my hypothesis that a person’s height decreases throughout the day due to gravity. This makes sense because in science we know that gravity is a force that is always pulling us towards the center of the Earth.

Example #2
A person’s height decreases throughout the day as gravity pulls down on their body. After measuring the height of students at multiple times of day we were able to determine that the height of students decreased by an average of 1.7cm throughout the day. These results support my hypothesis that a person’s height decreases throughout the day due to gravity. This makes sense because in science we know that gravity is a force that is always pulling us towards the center of the Earth.
Example #3
The size of the canopy does not affect how quickly the parachute falls to the ground. The results showed that the small canopy (5cm x 5cm) fell to the ground the quickest and the larger canopy (20cm x 20cm) took the longest to fall to the ground. The results of my experiment fail to support my hypothesis. I have learned that the reason the smaller canopy was able to fall quick is because it has a smaller surface area which means that there is less air resistance pushing up on the canopy and slowing it down as it falls to the ground.

Example #3
The size of the canopy does not affect how quickly the parachute falls to the ground. The results showed that the small canopy (5cm x 5cm) fell to the ground the quickest and the larger canopy (20cm x 20cm) took the longest to fall to the ground. The results of my experiment fail to support my hypothesis. I have learned that the reason the smaller canopy was able to fall quick is because it has a smaller surface area which means that there is less air resistance pushing up on the canopy and slowing it down as it falls to the ground.

Example #3
The size of the canopy does not affect how quickly the parachute falls to the ground. The results showed that the small canopy (5cm x 5cm) fell to the ground the quickest and the larger canopy (20cm x 20cm) took the longest to fall to the ground. The results of my experiment fail to support my hypothesis. I have learned that the reason the smaller canopy was able to fall quick is because it has a smaller surface area which means that there is less air resistance pushing up on the canopy and slowing it down as it falls to the ground.