Hypothesis 1: When you disturb the skin of an apple by cutting the apple into half, the exposed area will turn brown due to exposure to air.Hypothesis 2: If you snugly wrap or cover the exposed area of an apple after cutting it (disturbing the skin), you can slow down how fast the inside turns brown. Hypothesis 3: If you remove all of the skin of an apple and let it sit in the air, the outside will turn brown but the inside will not turn brown at the same rate. Hypothesis 4: If you remove all the skin of an apple AND slice the whole apple into pieces, all sides exposed to air will turn brown; if some slices are thicker, the inside will turn brown more slowly than the exposed outside areas.
An apple typically takes about 1 to 3 months to decompose, depending on environmental conditions such as temperature, humidity, and the presence of microorganisms. In warmer, moist environments, decomposition occurs more rapidly due to increased microbial activity. Factors like exposure to air and the apple's condition (e.g., whether it's whole or has bruises) also influence the rate of decomposition.
An orange typically takes about 6 months to 2 years to decompose, depending on environmental conditions such as temperature and humidity. In a composting environment, this process can be accelerated. Factors like exposure to air, moisture levels, and the presence of microorganisms also significantly influence the rate of decomposition.
Orange juice is made up mostly of water. So the water in orange juice will evaporate at the same rate as clear water. Of course the parts of the juice that are not water will remain behind. One theory is that the orange juice will absorb more light than water because of its colour.
The time it takes for an apple to degrade can vary widely depending on environmental conditions. In ideal composting conditions, an apple may decompose within a few weeks to a couple of months. However, if left in a landfill, it can take several months to years to break down due to lack of oxygen and other factors. Factors such as temperature, moisture, and the presence of microorganisms significantly influence the decomposition rate.
Apple dries faster as it has higher dehydration rate so it looses more water as a percentage of its mass initially however if both fruit kept in the sun for for a long time then orange looses more water
banana because when you bite it its dry but notDehydration?
Both saltwater and lemon juice can slow down the rate of dehydration in apples. Saltwater creates a hypertonic solution that reduces water loss from the apple cells, while the acidity in lemon juice can help preserve the apple by inhibiting enzymatic browning and dehydration.
The rate of dehydration is greater in seawater because seawater has a higher salt concentration compared to fresh lake water. When you drink seawater, the body has to work harder to eliminate the excess salt through urine, ultimately leading to more water loss and increased dehydration.
Yes. Both shivering and a rapid heart rate are signs of dehydration.
The rate of fermentation of apple juice is one to two days.
My guess would be dehydration and/or overheating.
dehydration affects bacetria by slowing down the rate of growth since there is need for some amount of moisture
One of the major effects, is dehydration, the loss of moisture from the body, these two conditions accelerate fluid loss at a greater rate than normal , and in extreme cases can cause death.
RUBBISH
The acid-catalyzed dehydration of tertiary butanol is faster than that of n-butanol because the tertiary carbocation intermediate formed in the reaction is more stable than the secondary carbocation formed in the dehydration of n-butanol due to greater hyperconjugation and steric hindrance. This stability facilitates the elimination reaction leading to a faster overall reaction rate.
A higher birth rate is a rate of reproduction greater than the current norm, or average, or a rate of reproduction greater than a norm or average at a given time.