c. What reactants of ATP must be available in the cell in order to produce ATP?...
In order to transform the of ATP into _____ available to do work, the bonds of ATP must be broken into ADP and an available phosphate group. a) kinetic energy; potential energy b) potential energy; kinetic energy c) kinetic energy: kinetic energy d) potential energy: potential energy
Humans produce energy in the form of ATP in their cells. They must have both oxygen and glucose for aerobic cellular respiration. Questions: - Describe all of the organ systems that would be necessary for this process to be successful. - Insulin is a hormone that signals muscle and liver cells to open channels to allow glucose to enter into the cell for storage and use. Identify the organ system that would be responsible for producing insulin and the type...
Figure 1.1 shows a molecule of ATP. ATP is the universal energy currency which provides the immediate source of energy for cellular processes. When ATP is broken down into ADP and Pi, 30.6 kJ mol-1 of energy is released, which can be used for cellular activities. Figure 1.1 State the name of the part of the ATP molecule labelled X. [1] State the name of the part of the ATP molecule labelled Y. [1] State the name of the part...
the structure of ATP is shown below. indicate which of the bonds(a-d0 in ATP is a high-energy bond that is commonly broken to provide energy in cellular processes. explain how hydrolyzing this bond can help the cell carry out other unfavorable reactions.
What is the overall purpose of cellular respiration? to produce ATP by using the electrons from glucose to build the ATP molecule to produce ATP by using oxygen to build the ATP molecule to break down glucose and convert it into ATP to produce ATP using the energy from the oxidation of a glucose molecule
Chapter 8 Cell Respiration 1. What are the parts of this ATP module 6-8-5- o- 1 OH OH 2. What organisms use ATP as their cellular energy source? 3. Write out the cell respiration equations below: How does this compare to the photosynthesis equation? of electrons. 4. Oxidation is a of electrons, while reduction is a 5. How efficient is the conversion from glucose to ATP? 6. How many ATP molecules are made from one molecule of glucose? 7. In...
2. How is ATP used in most cell processes? a. It binds to a substrate and provides energy when the phosphate group is released. b. indirectly, by providing electrons to an acceptor c. Hydrolysis of ATP is coupled to an endergonic reaction. d. It increases the efficiency of some key enzymes. e. none of the above 2. How is ATP used in most cell processes? a. It binds to a substrate and provides energy when the phosphate group is released....
Cellular respiration occurs in a sequential order. This allows the cell to Select one: a. store oxygen in the process. b. maintain control over the mitochondria. c. efficiently breakdown glucose without damaging the cell. d. harness all the energy released at one time. e. produce the enzymes needed for cellular respiration very slowly.
Below is a free energy change graph for a reaction in which reactants A+B produce the product D. Use the data given to answer the following questions: What does the hump in the middle represent? What is the name of the general class of proteins that are needed to help the reactions go through that hump in a cell? How do they help the reaction go through? In this reaction is the free energy of the reactants or the free...
Which step of cellular respiration does not produce ATP? a.glycolysis b. pyruvate breakdown c. citric acid cycle. d. electron transport chain