daphne's egg osmosis experiment
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The document describes an experiment on egg osmosis. A student placed eggs in vinegar, water, and corn syrup and measured their weights and sizes before and after. As hypothesized, the egg in water gained weight and increased in size due to osmosis, while the egg in corn syrup lost weight and deflated as water moved out. The purpose was to observe osmosis in cells, and the results supported the hypotheses except that the corn syrup egg changed size and appearance, contrary to the initial hypothesis.
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The student conducted an experiment to observe osmosis in eggs. Eggs were weighed and measured before being placed in water or corn syrup for 24 hours. As hypothesized, the egg in corn syrup became lighter and smaller as water moved out. However, the water egg became bigger as water moved in, making it heavier, which was unexpected. The purpose was to demonstrate osmosis and the results supported the definition and process of osmosis.
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The student conducted an experiment to observe osmosis in eggs. She placed one egg in corn syrup and another in water, then measured changes in weight and size. As hypothesized, the egg in water gained weight and size as water moved into the egg. The corn syrup egg lost weight and size as water moved out of the egg into the higher concentrated syrup. The purpose was to demonstrate how osmosis causes the movement of water across a semi-permeable membrane from an area of lower to higher concentration.
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The document describes an experiment on egg osmosis. Students placed eggs in water, vinegar, and corn syrup and measured changes. Their hypothesis was that the egg in corn syrup would lose weight and shrink due to water moving out through osmosis, while the egg in water would remain the same. After 24 hours, observations showed the corn syrup egg lost weight and shrank as expected, while the water egg gained weight, supporting the concept of osmosis.
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The document describes an experiment on osmosis using eggs in different solutions. The purpose was to observe osmosis in a cell. An egg was placed in vinegar, and another in corn syrup, and their weights and sizes were measured before and after. The water egg gained weight and size as water moved into it, while the corn syrup egg lost weight and size as water moved out. The conclusion was that osmosis caused water to move between the solutions and eggs based on concentration differences.
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The student conducted an experiment to observe osmosis in eggs. One egg was placed in water and another in corn syrup. It was hypothesized that the egg in corn syrup would gain weight and size as water moved out of the egg into the higher concentrated corn syrup solution. The egg in water was predicted to gain weight and size as water moved into the lower concentrated egg. The results showed the egg in corn syrup lost weight and size, while the egg in water gained weight and size, demonstrating osmosis.
Marlo's Egg osmosis experiment
This document describes an experiment to observe osmosis in eggs. Two eggs were placed in water and corn syrup after measuring their initial weight and size. It was hypothesized that the egg in water would gain weight and stay the same size, while the corn syrup egg may change color but gain weight and stay the same size. After observing the eggs, it was found that the water egg gained weight and size as water moved into it, while the corn syrup egg lost weight and size as water moved out of it due to differing concentrations. This demonstrated the principle of osmosis.
Joanna Egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. An egg was placed in water and another in corn syrup for 24 hours. It was hypothesized that the egg in corn syrup would increase in size and weight, while the egg in water would remain the same. Observations found the corn syrup egg decreased in size and weight due to water leaving the egg. The water egg increased in size and weight as water entered the egg. The conclusion is that osmosis occurred as water moved between solutions of different concentrations.
Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs placed in corn syrup and water. They hypothesized that the corn syrup egg would gain weight and stay the same size, while the water egg would maintain weight but shrink in size. After 24 hours, measurements showed the corn syrup egg lost weight and shrank, while the water egg gained weight and increased in size, disproving the initial hypotheses. The results demonstrated that osmosis occurred across the eggs' membranes as water moved between areas of higher and lower concentration.
Marielle's Egg osmosis experiment
This document describes an experiment to observe osmosis in eggs. The student placed eggs in water, corn syrup, and vinegar, measuring changes in weight and size. As hypothesized, the egg in water gained weight and size as water moved in. The egg in corn syrup lost weight and size as water moved out. The egg in vinegar dissolved as the acid broke down the shell. The experiment supported the hypotheses about osmosis causing water to move in or out of eggs in different solutions.
Cyerra Egg osmosis experiment
1) The document describes an experiment to observe osmosis in cells using eggs. Eggs are placed in vinegar to remove shells, then one egg is placed in water and one in corn syrup.
2) The eggs are weighed and measured before and after. The egg in water gains weight and size, while the egg in corn syrup loses weight and size.
3) This shows that water moves into the egg in water due to lower concentration, while water moves out of the egg in corn syrup due to higher concentration outside.
Egg osmosis project
The student conducted an experiment to observe osmosis in eggs. Eggs were placed in vinegar, water, and corn syrup, and their weights and sizes were measured before and after. In water, the egg gained weight and increased in size, while in corn syrup, the egg lost weight and decreased in size, demonstrating that osmosis caused water to move into the egg in water and out of the egg in corn syrup. The hypotheses about changes in the water and corn syrup eggs were incorrect.
Egg osmosis project
The student conducted an experiment to observe osmosis in eggs. Eggs were placed in vinegar, water, and corn syrup, and their weights and sizes were measured before and after. In water, the egg gained weight and increased in size, while in corn syrup, the egg lost weight and decreased in size, demonstrating that osmosis caused water to move into the egg in water and out of the egg in corn syrup. The hypotheses about the water egg were incorrect, but the hypotheses about the corn syrup egg being smaller and browner were correct.
Peter Egg Osmosis
The document describes an experiment where an egg is placed in vinegar to remove its shell, then weighed and measured. The egg is then placed in water and corn syrup separately, and weighed and measured again. It was found that in corn syrup the egg weighed more and was larger, while in water it weighed the same and was the same size. The document explains that this is because corn syrup draws water out of the egg, while water moves into the egg.
Egg osmosis experiment
The document describes an experiment on egg osmosis. An egg was placed in corn syrup and another in water, and they were weighed and measured before and after. As hypothesized, the corn syrup egg got smaller and softer as water moved out of the egg into the higher concentrated corn syrup. However, unexpectedly the water egg got larger as water moved into the egg from the lower concentrated water. The experiment showed how osmosis causes water to diffuse across a membrane from an area of lower to higher concentration.
Michael's egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. Students placed eggs in vinegar to remove the shells, then measured and weighed the eggs. One egg was placed in corn syrup and one in water. After 24 hours, the egg in corn syrup shrank in size and weight, while the egg in water gained size and weight. This was because water moved into the egg in water due to lower water concentration, and out of the egg in corn syrup due to higher water concentration, demonstrating osmosis.
Michael's egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. Students placed eggs in vinegar to remove the shells, then measured and weighed the eggs. One egg was placed in corn syrup and one in water. After 24 hours, the egg in corn syrup shrank in size and weight, while the egg in water gained size and weight. This was because water moved into the egg in water due to its lower concentration, and out of the egg in corn syrup due to its higher concentration, demonstrating osmosis.
Jairus's Egg osmosis experiment
1. The student conducted an experiment to observe osmosis using eggs placed in water and corn syrup.
2. They hypothesized that the egg in corn syrup would increase in weight and size while remaining the same shape, and the egg in water would decrease in weight and size while maintaining its shape.
3. The results showed that the egg in corn syrup actually decreased in weight and size and became dented, while the egg in water increased in weight and size as predicted.
Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs. She hypothesized that an egg placed in corn syrup would shrink and lose weight due to water leaving the egg, while an egg placed in water would gain weight and expand as water entered the egg. Her observations supported her hypotheses, as the corn syrup egg lost weight and size while the water egg gained weight and increased in size. She concluded that osmosis caused water to move across the eggs' membranes into the higher concentrated water and out of the egg and into the higher concentrated corn syrup.
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Nathans Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs. Eggs were weighed and measured before being placed in water or corn syrup for 24 hours. As hypothesized, the egg in corn syrup became lighter and smaller as water moved out. However, the water egg became bigger as water moved in, making it heavier, which was unexpected. The purpose was to demonstrate osmosis and the results supported the definition and process of osmosis.
Egg osmosis project
This document describes an experiment on egg osmosis. Eggs were placed in vinegar, corn syrup, and water to observe how their size and weight changed over time due to osmosis. The corn syrup egg got smaller and lighter as water moved out, while the water egg got larger and heavier as water moved in. The purpose was to observe osmosis in cells by measuring changes in eggs exposed to different solutions.
Biology Project! Osmosis in Egg
This science project studied osmosis using eggs placed in distilled water and salt water solutions. It was hypothesized that water would move through the eggshell into the solution with the higher concentration. Eggs placed in distilled water gained weight, while eggs in salt water solutions lost weight, confirming the hypothesis. The results demonstrated that osmosis causes water to move across the semi-permeable eggshell membrane toward the higher concentration solution.
BIOLOGY SBA (LAB)
This document summarizes two biology lab reports by a student. The first lab involved classifying 10 organisms found around the student's school into their scientific kingdoms, phyla, and classes. The second lab investigated interdependence between organisms by constructing food chains and a food web of 10 organisms and their food sources. Key findings were that organisms can be classified into taxonomic groups and that living things rely on each other through predator-prey relationships and the transfer of energy up the food chain from producers to consumers.
Charisse's Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs. She placed one egg in corn syrup and another in water, then measured changes in weight and size. As hypothesized, the egg in water gained weight and size as water moved into the egg. The corn syrup egg lost weight and size as water moved out of the egg into the higher concentrated syrup. The purpose was to demonstrate how osmosis causes the movement of water across a semi-permeable membrane from an area of lower to higher concentration.
Osmosis lab report
This document describes an experiment investigating how the concentration of sucrose solutions affects the rate of osmosis in potato cylinders. Potato cylinders were placed in solutions of varying sucrose concentration (0%, 10%, 30%, 50%, 70%) and their change in mass over 30 minutes was measured. The results showed that as the concentration of sucrose increased, the potato cylinders lost more mass, indicating the rate of osmosis increased. This supported the hypothesis that increasing the concentration difference between the solution and potato would increase the rate of water moving from the potato into the solution.
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Camille's Egg osmosis experiment 873
The document describes an experiment on egg osmosis. Students placed eggs in water, vinegar, and corn syrup and measured changes. Their hypothesis was that the egg in corn syrup would lose weight and shrink due to water moving out through osmosis, while the egg in water would remain the same. After 24 hours, observations showed the corn syrup egg lost weight and shrank as expected, while the water egg gained weight, supporting the concept of osmosis.
Nicole's Egg Osmosis Experiment
The document describes an experiment on osmosis using eggs in different solutions. The purpose was to observe osmosis in a cell. An egg was placed in vinegar, and another in corn syrup, and their weights and sizes were measured before and after. The water egg gained weight and size as water moved into it, while the corn syrup egg lost weight and size as water moved out. The conclusion was that osmosis caused water to move between the solutions and eggs based on concentration differences.
Riley`s Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs. One egg was placed in water and another in corn syrup. It was hypothesized that the egg in corn syrup would gain weight and size as water moved out of the egg into the higher concentrated corn syrup solution. The egg in water was predicted to gain weight and size as water moved into the lower concentrated egg. The results showed the egg in corn syrup lost weight and size, while the egg in water gained weight and size, demonstrating osmosis.
Marlo's Egg osmosis experiment
This document describes an experiment to observe osmosis in eggs. Two eggs were placed in water and corn syrup after measuring their initial weight and size. It was hypothesized that the egg in water would gain weight and stay the same size, while the corn syrup egg may change color but gain weight and stay the same size. After observing the eggs, it was found that the water egg gained weight and size as water moved into it, while the corn syrup egg lost weight and size as water moved out of it due to differing concentrations. This demonstrated the principle of osmosis.
Joanna Egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. An egg was placed in water and another in corn syrup for 24 hours. It was hypothesized that the egg in corn syrup would increase in size and weight, while the egg in water would remain the same. Observations found the corn syrup egg decreased in size and weight due to water leaving the egg. The water egg increased in size and weight as water entered the egg. The conclusion is that osmosis occurred as water moved between solutions of different concentrations.
Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs placed in corn syrup and water. They hypothesized that the corn syrup egg would gain weight and stay the same size, while the water egg would maintain weight but shrink in size. After 24 hours, measurements showed the corn syrup egg lost weight and shrank, while the water egg gained weight and increased in size, disproving the initial hypotheses. The results demonstrated that osmosis occurred across the eggs' membranes as water moved between areas of higher and lower concentration.
Marielle's Egg osmosis experiment
This document describes an experiment to observe osmosis in eggs. The student placed eggs in water, corn syrup, and vinegar, measuring changes in weight and size. As hypothesized, the egg in water gained weight and size as water moved in. The egg in corn syrup lost weight and size as water moved out. The egg in vinegar dissolved as the acid broke down the shell. The experiment supported the hypotheses about osmosis causing water to move in or out of eggs in different solutions.
Cyerra Egg osmosis experiment
1) The document describes an experiment to observe osmosis in cells using eggs. Eggs are placed in vinegar to remove shells, then one egg is placed in water and one in corn syrup.
2) The eggs are weighed and measured before and after. The egg in water gains weight and size, while the egg in corn syrup loses weight and size.
3) This shows that water moves into the egg in water due to lower concentration, while water moves out of the egg in corn syrup due to higher concentration outside.
Egg osmosis project
The student conducted an experiment to observe osmosis in eggs. Eggs were placed in vinegar, water, and corn syrup, and their weights and sizes were measured before and after. In water, the egg gained weight and increased in size, while in corn syrup, the egg lost weight and decreased in size, demonstrating that osmosis caused water to move into the egg in water and out of the egg in corn syrup. The hypotheses about changes in the water and corn syrup eggs were incorrect.
Egg osmosis project
The student conducted an experiment to observe osmosis in eggs. Eggs were placed in vinegar, water, and corn syrup, and their weights and sizes were measured before and after. In water, the egg gained weight and increased in size, while in corn syrup, the egg lost weight and decreased in size, demonstrating that osmosis caused water to move into the egg in water and out of the egg in corn syrup. The hypotheses about the water egg were incorrect, but the hypotheses about the corn syrup egg being smaller and browner were correct.
Peter Egg Osmosis
The document describes an experiment where an egg is placed in vinegar to remove its shell, then weighed and measured. The egg is then placed in water and corn syrup separately, and weighed and measured again. It was found that in corn syrup the egg weighed more and was larger, while in water it weighed the same and was the same size. The document explains that this is because corn syrup draws water out of the egg, while water moves into the egg.
Egg osmosis experiment
The document describes an experiment on egg osmosis. An egg was placed in corn syrup and another in water, and they were weighed and measured before and after. As hypothesized, the corn syrup egg got smaller and softer as water moved out of the egg into the higher concentrated corn syrup. However, unexpectedly the water egg got larger as water moved into the egg from the lower concentrated water. The experiment showed how osmosis causes water to diffuse across a membrane from an area of lower to higher concentration.
Michael's egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. Students placed eggs in vinegar to remove the shells, then measured and weighed the eggs. One egg was placed in corn syrup and one in water. After 24 hours, the egg in corn syrup shrank in size and weight, while the egg in water gained size and weight. This was because water moved into the egg in water due to lower water concentration, and out of the egg in corn syrup due to higher water concentration, demonstrating osmosis.
Michael's egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. Students placed eggs in vinegar to remove the shells, then measured and weighed the eggs. One egg was placed in corn syrup and one in water. After 24 hours, the egg in corn syrup shrank in size and weight, while the egg in water gained size and weight. This was because water moved into the egg in water due to its lower concentration, and out of the egg in corn syrup due to its higher concentration, demonstrating osmosis.
Jairus's Egg osmosis experiment
1. The student conducted an experiment to observe osmosis using eggs placed in water and corn syrup.
2. They hypothesized that the egg in corn syrup would increase in weight and size while remaining the same shape, and the egg in water would decrease in weight and size while maintaining its shape.
3. The results showed that the egg in corn syrup actually decreased in weight and size and became dented, while the egg in water increased in weight and size as predicted.
Egg osmosis experiment
The student conducted an experiment to observe osmosis in eggs. She hypothesized that an egg placed in corn syrup would shrink and lose weight due to water leaving the egg, while an egg placed in water would gain weight and expand as water entered the egg. Her observations supported her hypotheses, as the corn syrup egg lost weight and size while the water egg gained weight and increased in size. She concluded that osmosis caused water to move across the eggs' membranes into the higher concentrated water and out of the egg and into the higher concentrated corn syrup.
Egg osmosis experiment
The document describes an experiment to observe osmosis in eggs. It hypothesizes that when placed in water, an egg will gain weight and size due to osmosis, while an egg placed in corn syrup will lose weight and size. The results supported the hypotheses, with the water egg increasing in weight and size as it absorbed water, while the corn syrup egg decreased in size and weight as it lost water to the higher concentrated corn syrup.
Alex's Egg osmosis Experiment
This document describes an experiment to observe osmosis in eggs. It involves placing eggs in water and corn syrup and measuring any changes in weight and size. The hypothesis was that the egg in water would gain weight and increase in size due to gaining water, while the egg in corn syrup would lose weight and shrink due to losing water to the higher sugar concentration corn syrup. The results supported the hypothesis, with the water egg gaining weight and size and the corn syrup egg losing weight and appearing deflated.
MichaelS Egg osmosis experiment
The document summarizes an experiment to observe osmosis in eggs placed in different solutions. Two eggs were weighed and measured, then one was placed in corn syrup and the other in water. After 24 hours, the eggs were weighed and measured again. As hypothesized, the egg in corn syrup got bigger and heavier due to gaining water, while the egg in water got puffier and lighter from losing material. The experiment showed how osmosis causes water to move from areas of lower to higher solute concentration across a semi-permeable membrane.
Angelika Egg Osmosis
The student conducted an experiment to observe osmosis in eggs. Eggs were weighed and measured before being placed in water or corn syrup for 24 hours. As hypothesized, the egg in corn syrup absorbed water, increasing its weight and turning yellow-brown. However, its size decreased. Conversely, the egg in water lost water, gaining size but increasing in weight. The conclusions were that osmosis caused water to move between the eggs and solutions in the direction of higher to lower concentration.
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Mariel took photos during a field trip to a skate park to capture various lines and shapes within the park. Some photos focused on the lines and structures of the skate park itself, while others aimed to highlight people's movements or use frames like trees or arms to draw attention to certain lines and contours. Mariel experimented with editing apps to make colors or subjects pop and blur or focus different elements to draw the eye toward intended lines and shapes. The photos aimed to showcase the linear features and geometry of the skate park environment.
Mariel Montales' GCT Shots and Angles Powerpoint
This document defines and provides examples of various camera shots and angles used in filmmaking. It discusses extreme long shots and long shots that show wide landscapes, as well as medium shots, chest shots, and close-ups that frame characters from different parts of the body. It also covers point-of-view shots, eye-level shots, high and low angles, and oblique tilted shots used to set a scene's atmosphere from different perspectives. Each term includes a photo credit linking to an example image on Flickr to illustrate the technique.
Skatepark
This document contains 5 summaries of photos, with the photographer explaining for each photo that they were trying to capture a specific point of view, visual element, or shot composition, such as the curve of a hill, a below-the-waist shot of someone skateboarding, a photo of two people jumping in the air, or an oblique shot of a ramp.
Mae Concepcion's Shots and Angles PowerPoint
This document defines and provides examples of various camera shots and angles used in filmmaking and photography. It discusses shots like extreme long shots, long shots, medium shots, and extreme close ups. It also covers different camera angles such as eye level shots, high angle shots, and oblique shots. Composition, the rule of thirds, point of view, and two shots are also defined. Each term includes a short definition and example image.
Kamilah's shot and angles powerpoint
This document discusses different types of camera shots including extreme long shots, extreme close ups, eye level shots, low angle shots, long shots, over the shoulder shots, high angle shots, medium shots, two shots, rule of thirds composition, chest shots, and point of view shots. Each shot is defined along with examples and links to additional information sources. Photos are included and credited to illustrate different shots.
Shots and Angles
The document discusses various photographic techniques including: shot types like close-up shots, medium shots, and wide shots; camera angles such as bird's eye view shots taken from above and worm's eye view shots taken from below; and compositional techniques like rule of thirds and leading lines. Each section provides a short definition and example photo to illustrate the technique.
Rain's Shots and Angles Powerpoint
This document defines and provides examples of various camera shots and angles used in filmmaking, including extreme long shots, long shots, medium shots, close ups, over the shoulder shots, two shots, eye level shots, high angle shots, oblique shots, and point of view shots. Each type of shot is defined and an example image with a link is provided to illustrate the shot. Additional links to resources about camera shots and angles are also included.
Bjimenez SHOTS AND ANGLES
This document defines and provides examples of various camera shots and angles used in filmmaking, including extreme long shots, extreme close ups, eye level shots, long shots, medium shots, and point of view shots. Each term is defined and an example photo is provided along with its source and photo credit. Standard shots like close ups, two shots, and over the shoulder shots are also explained visually through example photos. Principles of composition and the rule of thirds are outlined.
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- 1. Egg Osmosis Experiment BY: DAPHNE AMELO 8-73
- 2. Purpose To observe Osmosis in a cell. Place egg in vinegar Measure weight of egg Measure size of egg
- 3. Purpose (continued) Place one egg in water and other egg in corn syrup. After 24 hours. Weigh, measure eggs again.
- 4. Hypothesis Egg in corn syrup: Weight, lighter Size, the same Egg, look the same
- 5. Hypothesis (continued) Egg in water: Weight, heavier Size, bigger Egg looks, a little bigger
- 6. Materials Eggs Beaker Balance String Measuring tape Vinegar Corn Syrup Water
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- 10. Conclusion (continued) Egg in corn syrup egg is deflated water from egg moved to beaker high concentration (egg) to lower concentration (corn syrup)
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