How do the two types of fermentation differ?A)one produces ATP and one does not
B)They have different oxygen requirements
C)They have different end products
D) They start with different sugars

Answers

Answer 1

Answer: Answer: C) They have different end products

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The two types of fermentation are lactic acid and alcohol fermentation. Both occur when there is a lack of oxygen, meaning these are anaerobic processes, eliminating answer choice B. These processes are both used to produce ATP when there is a lack of oxygen, eliminating choice A. Both also start with the same sugar, glucose, which is broken down into the pyruvate used for both processes, eliminating choice D.

Their end products are different. Lactic acid fermentation creates lactic acid, while alcohol fermentation creates ethanol and CO2, making C the correct answer.

Answer 2

Answer:

the two types of fermentation is differ from each other because they have different end products. So your answer is C

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Answers

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Final answer:

The reliability and validity of thermometers are determined by their ability to consistently and accurately measure temperature. Different types of thermometers have varying degrees of reliability and validity. Factors such as the type of the thermometer, its temperature-dependent properties, and the scale of measurement used are crucial in determining reliability and validity.

Explanation:

The reliability and validity of the thermometers can be determined by evaluating their ability to consistently and accurately measure temperature. Reliability of a thermometer refers to its ability to produce consistent results. Different types of thermometers, such as alcohol, liquid crystal, and infrared radiation (pyrometer) thermometers, have varying degrees of reliability.

Validity, on the other hand, refers to the accuracy of the thermometer, in other words, how closely the measurements represent the true temperature. This can be affected by various factors including the type of thermometer, its temperature-dependent properties, and the scale of measurement used.

Learn more about Reliability and Validity of Thermometers here:

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