The production of one molecule of glucose needs 6 molecules of carbon dioxide, 6 molecules of water and some light energy. To make 4 molecules thus we'd need 24 carbon dioxides, 24 waters, and four times as much energy. Chlorophyll must also be present.
If plants don't get carbon dioxide, they won't be able to take water from the soil to get sugar from sunlight; this sugar is called "Glucose" which is food for a plant, and plants need sugar so they can break it down to get the energy that they need to avoid wilting. Carbon dioxide enters the plant through the leaves and comes back out of the plant as oxygen from the water in the soil, and the carbon dioxide turns into sugar
If a membrane is permeable to a substance, it means that there are gaps/holes/pores in the membrane large enough for that substance to pass through. Starch molecules are bigger that sugar molecules. So if the membrane is not permeable to sugars, the gaps/holes/pores will not be big enough for starch molecules to pass through either.
It can weaken the wing, it creates additional drag, and will produce a larger radar reflection.
Ya yo
If plants did not spread oxygen then the people would die off. We as human beings need oxygen to live. Plants need Carbon Dioxide. We give off Carbon Dioxide for them to breath in and they breath out oxygen which we breath in. so really plants and humans play important roles in eachothers life and wouldn't survive without each other. - Ashley barba
Try this : Sugar is (one of) the main product of photosynthesis. It is used by all of the cells of the plant for energy and for synthesis of other molecules. Plants usually store sugars as starch, but not all of it. Sugar is specifically stored as sugar in fruits and flowers as bait to entice the spreading of seeds and/or pollen.
If you physically combine water and sugar, the sugar would dissolve in the water, forming a sugar solution. The sugar molecules would separate and mix evenly with the water molecules, creating a sweet-tasting liquid.
100g sugar = 1619KJ of energy (according to Wikipedia)--> 1g sugar = 16.19KJ[1ATP]/[50KJ] * [16.19KJ]/[1 g sugar] = .3238[ATP]/[g sugar]-->3.08[g sugar]/[ATP]3.08[g sugar]/[ATP] * 38ATP = 117g sugar for 38 ATP
9g of water
The "cube" disappears but the "sugar" doesn't. When placed in water the sugar dissolves. Essentially the sugar molecules break off from the solid and hide among the water molecules. If the water were to be removed by evaporation the sugar would precipitate out. if done carefully large sugar crystals will grow in the evaporating solution. The sugar cube will not reform as this is an artificial construct.
The leaves of trees take carbon dioxide and water and make sugar. Trees take sugar molecules and combine them to make starch. They take starch molecules and make even bigger molecules. They paste those molecules together. Tall trees consist of many molecules of different sizes pasted together. Factories remove part of the glue in wood in trees and turn trees into long chain molecules. They can take these long chain molecules and lay them flat and thin and they produce paper.
Mixing yeast and sugar is a physical change, as the yeast and sugar molecules remain the same even though they are combined. A chemical change would occur if the yeast and sugar reacted together to produce a different substance, such as carbon dioxide during fermentation.
Starch and sugar are essentially the same thing. Starch is a polymer (chain) of single sugar molecules. As the starch is made up or broken down, you would expect to find both in the cells responsible for this action.
Sunlight
A DNA section containing 3 base pairs would have 6 sugar molecules. Each nucleotide in DNA contains a deoxyribose sugar molecule, so 3 base pairs with 2 nucleotides each would have a total of 6 sugar molecules.
They could not produce seeds which is for reproduction.
Stick to water since the plant builds its own sugar from the elements. adding other molecules may contribute harmful ones Stick to water since the plant builds its own sugar from the elements. adding other molecules may contribute harmful ones