The materials likely got into the water outside the bag due to some form of leakage or spillage from the bag, whether through a tear, puncture, or improper sealing. It is also possible that the bag was not properly secured or submerged, allowing the materials to escape into the surrounding water.
The osmosis bag containing the solution with the highest concentration of sugar gained the most weight in the experiment. This is because water moved from the lower concentration solution inside the bag to the higher concentration solution outside the bag through osmosis, causing the bag to swell and gain weight.
The starch remains in the dialysis bag because the molecules are bigger than the pores. The potassium-iodide enters the bag (this can be determined because the liquid inside the bag turns black or blue as the iodine reacts with the starch). And the glucose leaves the bag, you probably tested the water in the beaker with a small strip of paper that would have changed color indicating the presence of glucose.
You can collect quantitative data by measuring the change in mass of the dialysis bag before and after placing it in water. Water diffusing into the bag will increase its mass as it moves from an area of high to low concentration. By calculating the difference in mass over time, you can graph the rate of water diffusion into the bag.
The water in the cup will evaporate due to the warm temperature inside the sealed bag. As the water vaporizes, it will increase the humidity inside the bag. The sealed environment will prevent the water vapor from escaping, creating a humid environment.
To keep food cold in ice water, make sure the food is in a sealed container or bag to prevent water seepage. Place the container in a larger container filled with ice water, ensuring the water level stays above the food level to maintain cold temperatures. Replace melted ice with fresh ice as needed to maintain the cold temperature.
Osmotic pressure. The concentration in the bag is greater than outside the bag. Sugar molecules cannot pass thru the bag but water can. To try to create the same concentration inside and outside the bag water moves into the bag to dilute the solution inside the bag. This extra water now in the bag causes the liquid to move up the straw.
Cl- and glucose
The substance moved into the water through osmosis. The concentration of the substances inside the dialysis bag was higher than in the water and membrane was permeable to the substances. As such, they moved from a high to a low concentration along a concentration gradient.
If a dialysis bag filled with sucrose is placed in distilled water, water will move into the bag through osmosis, as the concentration of sucrose inside the bag is higher than that of the distilled water outside. This influx of water will cause the bag to swell and potentially burst if the pressure exceeds the bag's capacity. Since sucrose molecules cannot pass through the dialysis membrane, they will remain inside the bag, creating a concentration gradient that drives the osmotic movement of water.
Those things patients of doctors are hooked up to to receive water in that bag
Those things patients of doctors are hooked up to to receive water in that bag
The substance moved into the water through osmosis. The concentration of the substances inside the dialysis bag was higher than in the water and membrane was permeable to the substances. As such, they moved from a high to a low concentration along a concentration gradient.
One can hand scrub the bag with hot water and a soapy sponge and set the bag outside to air dry. One can also wash it using the washing machine and dryer.
There are different types of body bags for purposes or situations, however, a typical body bag is made of polyethylene materials that are abrasion resistant,tear resistant, heat sealed to prevent leakages. Some of these materials are: PVC, PE, PEVA and biodegradable materials.
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plastic bag
In a hypotonic solution, water molecules move into the cell because the concentration of solutes is higher inside the cell compared to outside. This movement of water is called osmosis, and it occurs to equalize the concentration of solutes inside and outside the cell.