The enzymes that extract energy from biomolecules for our use are located in the
Group of answer choices
A. urine.
B. cell mitochondria.
C. lipoproteins.
D. lymph.
E. plasma.

The enzymes that extract energy from biomolecules for our use are located in the Group of...
QUESTION 1 The catabolism of different biomolecules requires different enzymes for the different types of molecules. Humans cannot break down many complex polysaccharides such as plant fiber, yet this contributes to our caloric intake. This is possible because the plant fiber o a. can be broken down by symbiotic bacteria in the gut microbiome, which contributes to our intake. b. is associated with other molecules that normally would not be consumed but can be broken down O c. does not...
1)Which statement about enzymes is TRUE? a)Enzymes are the reactants in a chemical reaction b)Enzymes catalyze specific reactions c)Enzymes' functions require inhibitors d)Enzymes are the products in a chemical reaction 2)Active transport ________. a)is a type of facilitated diffusion b)moves solutes with their concentration gradient c)can involve the transport of ions d)does not use ATP as an energy source 3)What is the chromosome composition of a normal human female? a)44 autosomes, 1 X chromosome, and 1 Y chromosome b)46 autosomes,...
If you were to extract the energy from a hamburger that contained 400 kcal of energy and use it to increase the temperature of water by 1°C, how much water could you heat? [Note: 1 g = 1 ml of water.] A. 4 L B. 40 L C. 400 mL D. 4 mL E. 400 L
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energy in the from the sun, and store that enerngy as . Plants are able to captone chemical bonds of glucose. a potential:potential kinetic the following is a funsction of cholesterol in the plasma nuidity of the membr passage of substances into and out of the cell d prodection of the membrane prokhryotic or eukaryotic? 9. If you found a iey cell under a microscope how could you determine if that cell was of a a....
Bio 111 intro to cell
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1-3. Refer to the diagram shown below: 1. Use the terms/phrases in the list provided to fill in the blanks a4 points) Function Cell component Letter A plasma membrance B NeNucleolus c Nucleus D -Ribosome. E -Rough ER. F Mito chon Terms (not all terms/phrases will be used) Contains cell's DNA Cell Wall Contains digestive enzymes Chloroplast 6Generates ATP for the cell...
Energy is released when ______ energy is converted to ______ energy. Group of answer choices: a. potential, kinetic b. chemical, kinetic c. chemical, potential d. kinetic, potential e. potential, chemical
1.. Use the energy level diagram for He+ to predict the energy required to move an electron from n=1 to n=2. Group of answer choices a. 3936 kJ/mol b. 1312 kJ/mol c. 5248 kJ/mol 2.. Use the energy diagram above the for the He+ ion to decide which energies can be absorbed by He+? (Recall what happens if the energy of a photon overcomes the binding energy!) Group of answer choices a. 5500 kJ/mol b. 5500 kJ/mol and 5248 kJ/mol...
1. You want to prepare a 1:50 dilution of your protein extract in a total volume of 1000 uL. You will need ___ uL of protein extract and ___ uL of water. 2. You are provided with a solution of BSA that is 100 ug/mL and make a 10-2 dilution? What is the resulting concentration of the DILUTED BSA? 3. Which of the following statements about enzymes is true? Select one: a. Enzymes increase the rate of a chemical reaction...
environmental engineering
Microorganism a) can biodegrade all organic compound b) extract energy and C atoms from biodegradable organics c) extract more energy if the organic is highly oxidized d) extract more energy if the organic is highly reduced e) are all harmful and disease-causing (pathogens) f) only, b and d are true The concentration of HOCL in water becomes exactly equal to that of OCL (its conjugate base) when: b- pHpKa c-pH = pKb e- c&d true f- a&b true...
1.) What prevents digestive enzymes from digesting anything and everything in the cell? a.) Very high specificity b.) Intercellular communication c.) Very short half life d.) Energy requirements e.) Compartmentalization