Velocity &Acceleration
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Velocity refers to an object's speed and direction of motion, while acceleration refers to a change in an object's velocity, which can be an increase or decrease in speed. The document discusses how to calculate velocity and acceleration from measurements of distance and time, such as from a baseball hit over 53 feet in 2.84 seconds. A graph and video presented show the speed of a hit baseball over time and distance to demonstrate velocity and acceleration.
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Rocks are composed of minerals that were once living things. Certain rocks like slate and crystals were formed from compressed plant and animal remains over millions of years. Marble is a metamorphic rock that was once limestone composed of microscopic fossils and shells that have been transformed by heat and pressure deep within the earth.
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This document provides a brief list of three types of rocks: sapphire, sandstone, and quartz. Sapphire is a gemstone variety of the mineral corundum. Sandstone is a sedimentary rock composed of sand-sized minerals or rock grains. Quartz is a mineral composed of silicon and oxygen atoms in a continuous framework structure.
How Does Rocket Force Work
The document discusses how rocket force works and compares two types of rocket fuel. It examines the third law of motion that for every action there is an equal and opposite reaction. The rocket fuel produces force by burning and the exhaust goes down, pushing the rocket up. A data table shows the effect of different fuels on speed and distance over time based on blows to a water rocket. The conclusion is that rocket force depends on the type of fuel and is related to the third law of motion.
What Makes A Truck Tip Over!!
A truck can tip over if it is too heavy on one side, if it is going too fast when turning, or if the cargo is unbalanced and shifted to only one side of the truck. The document discusses these three main reasons that a truck may tip over - being too heavy on one side, going too fast, or having unbalanced cargo - and suggests that an unbalanced load from having all items shifted to one side is the most likely cause for a truck to fall over when turning.
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Friction
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The Full Project
1) When jumping, a horse's ability depends on the force generated by its back legs and speed. Bigger horses generate more force and are better jumpers than smaller ponies.
2) According to Newton's Second Law, a horse's mass affects the force it can exert for jumping. Jumping form also matters, as riders balance their weight in a two-point position to not impede the horse.
3) Faster gaits like canters provide more force than slower trots, allowing horses to clear higher jumps. The author's experiment found the biggest and fastest horses jumped highest.
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1) When jumping, a horse's ability depends on the force generated by its back legs which is impacted by speed - the faster the horse is moving, the higher it can jump.
2) Bigger horses generate more force from their back legs and are generally better jumpers than smaller ponies.
3) To balance the horse and rider over a jump, riders stand up in a "two-point" position to shift their weight forward.
My Summary
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Friction
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The document compares wood and metal baseball bats. Wood bats are solid, made of natural material, and have a small sweet spot, while metal bats are hollow, man-made, and have a larger sweet spot. An experiment is described that hits balls with both a wood and metal bat to compare the speed and distance of the hits.
Friction
Friction exists between two objects in contact with each other. The document presents data from trials measuring the friction between rough and smooth wood surfaces. There is less friction in smoother surfaces because they have fewer bumps that cause resistance than rougher surfaces, making it easier for objects to move across smooth rather than rough materials.
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The document describes an experiment where a student recorded tug-of-war fights between their two guinea pigs, Thor and Dune, with different amounts of hay. Dune won more fights than Thor, indicating the guinea pigs were using unbalanced forces rather than balanced forces.
Gravity
The document describes several trials of dropping two balls of different masses to observe how gravity affects their motion. The first trial found the time was 16 milliseconds and distance was 40 cm for one ball, while the second trial with a different ball found a time of 26 milliseconds over the same distance. Diagrams and a video were included to illustrate the experiment. The document concludes that gravity impacts everything and was the focus of the reported project.
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1) When jumping, a horse's ability depends on the force generated by its back legs and speed. Bigger horses generate more force and are better jumpers than smaller ponies.
2) According to Newton's Second Law, a horse's mass affects the force it can exert for jumping. Jumping form also matters, as riders balance their weight in a two-point position to not impede the horse.
3) Faster gaits like canters provide more force than slower trots, allowing horses to clear higher jumps. The author's experiment found the biggest and fastest horses jumped highest.
The Physics Of Horse Jumping
1) When jumping, a horse's ability depends on the force generated by its back legs which is impacted by speed - the faster the horse is moving, the higher it can jump.
2) Bigger horses generate more force from their back legs and are generally better jumpers than smaller ponies.
3) To balance the horse and rider over a jump, riders stand up in a "two-point" position to shift their weight forward.
My Summary
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Friction
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Velocity &Acceleration
- 1. By: Autumn Velocity & Acceleration
- 4. The graph
- 6. The video
- 8. Thank you for watching