Consider a system consisting of an egg in an incubator. The white and yolk of the egg contain proteins, carbohydrates, and lipids. If fertilized, the egg transforms from a single cell to a complex organism. How does the entropy change in both the system (developing chick) and suroundings (the egg environment) drive the irreversible process of chjck developrment? Carbohydrates, proteins, and lipids within the egg break down into CO2 and H20 which increases entropy in A the surroundings. Chick development decreases entropy in the system, but it is significantly smaller than the decrease in entropy in the surroundings. The release of glucose from sucrose, which produces energy needed for chick development, decreases entropy in the surroundings. Chick development increases entropy in the system, which at the same time causes a decrease in entropy in the surroundings. plzz solve and will leave awesome review.

Consider a system consisting of an egg in an incubator. The white and yolk of the egg contain proteins, carbohydrates, and lipids. If fertilized, the egg transforms from a single cell to a complex organism. How does the entropy change in both the system (developing chick) and suroundings (the egg environment) drive the irreversible process of chjck developrment? Carbohydrates, proteins, and lipids within the egg break down into CO2 and H20 which increases entropy in A the surroundings. Chick development decreases entropy in the system, but it is significantly smaller than the decrease in entropy in the surroundings. The release of glucose from sucrose, which produces energy needed for chick development, decreases entropy in the surroundings. Chick development increases entropy in the system, which at the same time causes a decrease in entropy in the surroundings. plzz solve and will leave awesome review.

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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The volume of the sea Urchin egg is 5.2 x 10^5 µm3. You fertilize the cells and take measurements of cellular dimensions at the four blastomere stage. Assume a perfect sphere. Question: What would you predict is the surface area of EACH the sea urchin blastomeres? A) 1 x 10^2 µm^2 B) 5.66 x 10^5 µm^2 C) 6.66 µm^2 D) 3.9 x 10^5 µm^2 E) 1.24 x10^4 µm^2 F) None of these
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Match the following structures with their definitions: (1) Golgi apparatus (2) mitochondria (3) peroxisomes (4) cilia (5) endoplasmic reticulum (6) cytoskeleton (7) vesicles (8) ribosomesA. sacs that contain enzymes that catalyze a variety of specific biochemical reactions B. structures on which protein synthesis occurs C. structures that house the reactions that release energy from nutrients D. a network of microfilaments and microtubules that supports and shapes a cell E. a structure that adds sugars to certain proteins and processes them for secretion F. membrane-bounded sacs G. a network of membranous channels and sacs where lipids and proteins are synthesized H. hairlike structures that extend from certain cell surfaces and wave abou
Match the following structures with their definitions: (1) Golgi apparatus (2) mitochondria (3) peroxisomes (4) cilia (5) endoplasmic reticulum (6) cytoskeleton (7) vesicles (8) ribosomes A. sacs that contain enzymes thatcatalyze a variety of specific biochemical reactionsB. structures on which protein synthesis occursC. structures that house the reactions that release energy from nutrientsD. a network of microfilaments and microtubules that supports and shapes a cellE. a structure that adds sugars to certain proteins and processes them for secretionF. membrane-bounded sacsG. a network of membranous channels and sacs where lipids and proteinsare synthesizedH. hairlike structures that extend from certain cell surfaces and wave about.
Profile picture for ← Biology Texas (2015 POSTTEST: Chemistry of Life Fructose, a component of sucrose, and ribose, a component of nucleic acid, have very similar structures. How do they differ? O CH₂OH K ge OH OH CH₂OH OH Copyright © 2022 Apex Learning Inc. Ribose OH ОН OH Fructose CH₂OH 1 dl 8 QUESTIONS Fructose is used for structural support in the cell, while ribose is used for long-term energy storage. Fructose is used to build up proteins, while ribose is used as a stabilizer in plasma membranes. Fructose is used for short-term energy storage, while ribose helps produce proteins.
When a clam sperm contacts a clam egg, it triggers ionic changes that result in the breakdown of the egg nuclear envelope, condensation of chromosomes and initiation of meiosis. Two observations confirm that ionic changes initiate these cellular events: suspending clam eggs in seawater containing 60 mM KCl triggers the same intracellular changes as do sperm suspending eggs in artificial seawater lacking calcium prevents activation by 60mM KCl. The intracellular K+ concentration is 344mM and that of normal seawater is 9 mM. Why does 60mM KCl affect the changes mimicking the sperm cell? please explain. What does the lack of activation by 60mM KCl in calcium-free seawater suggest about the mechanism of KCl activation? please explain the mechanism.
Number 11
Proteins serve as the "machinery" for the living cells. What type of molecules are used to produce Proteins (_), and how many differentindividual types of thesemolecules are used to produce our cellular proteins (_)? A. Amino Acids : 46 B. Amino Acids 20 C. Fatty Acids : 46 D. Glucose : millions and millions from ones of individuals that well astablshed Which of the uals that ATP trem
Consider a system consisting of an egg in an incubator. The white and yolk of the egg contain proteins, carbohydrates, and lipids. If fertilized, the egg is transformed from a single cell to a complex organism. Discuss this irreversible process in terms of the entropy changes in the system, surroundings, anduniverse. Be sure that you first clearly define the system and surroundings.
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