They are the same: starch is the form in which glucose is stored. So nothing happens.
The starch indicator solution will diffuse out of the bag (cell) into the beaker, changing the color of the starch solution to a blue, purple, or black color (assuming that it's iodine). The color of the indicator solution inside the bag will not change, because only the glucose can diffuse into the bag, but the starch cannot diffuse into the bag.
Glucose molecules can join together to form larger molecules such as glycogen (energy storage in animals), starch (energy storage in plants), and cellulose (structural component in plants). Glucose can also react with other molecules to form more complex carbohydrates, such as sucrose and lactose.
glue, tape, staples, paperclips, and sometimes the sap of trees.
Benedict test have a negative result in glycogen because glycogen is a polysaccharide. Benedict test is meant for testing reducing sugars. It can also give positive results in the case of disaccharide or monosaccharide.
The cells have tiny organelles called Chloroplasts that react to sunlight and create energy that combines with glucose and then becomes stored in the Large Central Vacuole to be used at a later time by the mitochondria which breaks down the compounds and releases the energy.
No, starch does not reduce Fehling's solution. Starch is a polysaccharide composed of glucose molecules linked together, whereas Fehling's solution is a complex of copper sulfate, sodium hydroxide, and potassium sodium tartrate used to test for the presence of reducing sugars. Starch is not a reducing sugar and therefore will not react with Fehling's solution.
Glucose test strips would not react with fruits and vegetables because they are used to detect glucose in liquids such as urine or blood, not solid foods like fruits and vegetables. Iodine can be used to detect the presence of starch in fruits and vegetables by turning blue-black in the presence of starch.
The starch indicator solution will diffuse out of the bag (cell) into the beaker, changing the color of the starch solution to a blue, purple, or black color (assuming that it's iodine). The color of the indicator solution inside the bag will not change, because only the glucose can diffuse into the bag, but the starch cannot diffuse into the bag.
Starch does not give a positive result in the Fehling test because starch is a polysaccharide made up of glucose units linked together in a way that does not allow the formation of free aldehyde or ketone groups required for the Fehling test to detect reducing sugars. Since starch is a larger molecule, it does not react with the Fehling reagent designed to detect the presence of smaller reducing sugars like glucose and fructose.
Glucose molecules can join together to form larger molecules such as glycogen (energy storage in animals), starch (energy storage in plants), and cellulose (structural component in plants). Glucose can also react with other molecules to form more complex carbohydrates, such as sucrose and lactose.
It breaks down polysaccharides such as starch. The next step is to metabolize fats and proteins.
glucose and oxygen react to form carbon dioxide water and heat
A monosaccharide like glucose would not change when tested with Benedict's solution. This is because Benedict's solution is used to test for the presence of reducing sugars, which monosaccharides like glucose are capable of reducing due to their open-chain form.
benedicts test is positive when water starch and HCL keep for 30 mins because glycosidic linkages between amylose and amylopectin breaks and free ends are available to react with Benedict reagent
If you put a drop of iodine on a piece of paper, it will react with starch on the paper turning it blue-black. This is a common test for the presence of starch.
It's very likely that Iodine will react with plant products, since Iodine reacts with starch. Negative controls (glucose, water, and protein) could be used to verify the result.
no