Biological Molecules Chapter 3: 1. Carbohydrates 2. Lipids
... • R groups can be hydrophobic, hydrophilic, or have other important properties ...
... • R groups can be hydrophobic, hydrophilic, or have other important properties ...
OCR Chemistry A Question number Answer Marks Guidance 1 a
... (In order to have cis or trans isomers) each C atom of the CC double bond must have two different substituent groups and one of those groups must be ...
... (In order to have cis or trans isomers) each C atom of the CC double bond must have two different substituent groups and one of those groups must be ...
Section 8-4
... – Made of C, H, O, P, N, and S – Used to build and repair body parts – Monomers are amino acids • There are 20 amino acids in all living things ...
... – Made of C, H, O, P, N, and S – Used to build and repair body parts – Monomers are amino acids • There are 20 amino acids in all living things ...
Polymers - Wildern VLE
... between two carbon atoms. They are either alkenes or alkanes depending on whether it is saturated or not. Saturation Bromine solution is orange and is used to test for unsaturation. If an alkene is present it will turn clear because of the reaction that takes place with the alkene to produce a new c ...
... between two carbon atoms. They are either alkenes or alkanes depending on whether it is saturated or not. Saturation Bromine solution is orange and is used to test for unsaturation. If an alkene is present it will turn clear because of the reaction that takes place with the alkene to produce a new c ...
Lecture #5 - Suraj @ LUMS
... Compounds that are made up solely of carbon and hydrogen are not very reactive. Functional groups: One or more H atoms of the carbon skeleton may be replaced by a functional group. Groups of atoms that have unique chemical and physical properties. Usually a part of molecule that is chemically active ...
... Compounds that are made up solely of carbon and hydrogen are not very reactive. Functional groups: One or more H atoms of the carbon skeleton may be replaced by a functional group. Groups of atoms that have unique chemical and physical properties. Usually a part of molecule that is chemically active ...
“Midterm” Exam # 1 - Elgin Community College
... make up a number and use that for the rest of the problem. Best of luck! 14.7 psi = 1 atm = 760 mm Hg, Avogadro’s number 6.02x1023, R = 0.082 L*atm*K-1*mol-1, R = 8.314 J*K-1*mol-1 1) (4 pts) Name the following substances: NaHCO3 Sodium bicarbonate ...
... make up a number and use that for the rest of the problem. Best of luck! 14.7 psi = 1 atm = 760 mm Hg, Avogadro’s number 6.02x1023, R = 0.082 L*atm*K-1*mol-1, R = 8.314 J*K-1*mol-1 1) (4 pts) Name the following substances: NaHCO3 Sodium bicarbonate ...
Final
... and the number of electrons transferred in this balanced chemical equation: 4 HNO3 + 3 S Æ 3 SO2 + 4 NO + 2 H2O oxidizing agent ______________________ atom being oxidized _____ ...
... and the number of electrons transferred in this balanced chemical equation: 4 HNO3 + 3 S Æ 3 SO2 + 4 NO + 2 H2O oxidizing agent ______________________ atom being oxidized _____ ...
File
... acid catalyst, such as H2SO4(aq), is used to increase the rate of this organic reaction, along with some careful heating. ...
... acid catalyst, such as H2SO4(aq), is used to increase the rate of this organic reaction, along with some careful heating. ...
Carbon Compounds
... reaction to start 14. substances changed during a chemical reaction 15. substances made by a chemical reaction 16. state reached when reactants and products are made at the same rate 17. amount of energy that will break a bond between two atoms ...
... reaction to start 14. substances changed during a chemical reaction 15. substances made by a chemical reaction 16. state reached when reactants and products are made at the same rate 17. amount of energy that will break a bond between two atoms ...
a Ans. —I.,3a)cIo `1
... (8 pts) 10. An oil film that is 400 urn thick is on top of water. The oil has n = 1.2 and the water has n = 1.33. White light in air is incident normal to the surface of the oil. nm) What wavelengths in air within the limits of the visible spectrum (A = 400 nrn to 700 have destructive interference b ...
... (8 pts) 10. An oil film that is 400 urn thick is on top of water. The oil has n = 1.2 and the water has n = 1.33. White light in air is incident normal to the surface of the oil. nm) What wavelengths in air within the limits of the visible spectrum (A = 400 nrn to 700 have destructive interference b ...
Physics 25 Lab Exam – SAMPLE (with answers)
... Instructions: Work individually to complete each exercise to the best of your ability, show all your work, and clearly explain your answers in the spaces provided or on the back of these papers. Be sure to record all measurements (in SI units) and show all calculations. For items that require a nume ...
... Instructions: Work individually to complete each exercise to the best of your ability, show all your work, and clearly explain your answers in the spaces provided or on the back of these papers. Be sure to record all measurements (in SI units) and show all calculations. For items that require a nume ...
Build a Monomer Project
... Almost all molecules made by cells are composed of carbon atoms bonded to one another and to atoms of other elements (especially H, O, N). Compounds made by cells and containing carbon are known as organic compounds. Carbon can form four covalent bonds with other carbons or other types of atoms. Cel ...
... Almost all molecules made by cells are composed of carbon atoms bonded to one another and to atoms of other elements (especially H, O, N). Compounds made by cells and containing carbon are known as organic compounds. Carbon can form four covalent bonds with other carbons or other types of atoms. Cel ...
= 1.7×10 Ω·m and α = 0.0039/°C.
... Part a (4 pts): Write down a system of four equations that you would use to solve this circuit as a function of time using Kirchoff’s rules. Be sure to include at least one voltage loop rule and one junction rule. Use the current through R1 to be i1 , the current through R2 to be i2 , the current th ...
... Part a (4 pts): Write down a system of four equations that you would use to solve this circuit as a function of time using Kirchoff’s rules. Be sure to include at least one voltage loop rule and one junction rule. Use the current through R1 to be i1 , the current through R2 to be i2 , the current th ...
8.5.1 worksheet - Digilent Learn site
... step response. Annotate your plot to indicate the rise time, overshoot, and oscillation frequency. Provide the rise time, overshoot, and oscillation frequency in the space below. (9 pts) ...
... step response. Annotate your plot to indicate the rise time, overshoot, and oscillation frequency. Provide the rise time, overshoot, and oscillation frequency in the space below. (9 pts) ...
Name Student ID Number ______ 1. (4 pts.) Charges Q and q (Q > q
... last first III. [25 pts] Parts A and B are independent. A. A student charges two identical parallel-plate capacitors by connecting them one at a time across a 9-volt battery. Each capacitor is carefully disconnected from the battery so that it is not discharged. The student then connects the charged ...
... last first III. [25 pts] Parts A and B are independent. A. A student charges two identical parallel-plate capacitors by connecting them one at a time across a 9-volt battery. Each capacitor is carefully disconnected from the battery so that it is not discharged. The student then connects the charged ...
Physics 7B Winter 2007 Final Exam Cover Sheet
... 7. Two identical capacitors are charged up with a battery with a voltage E. They are then connected to the circuits shown below. Each of the resistors has the same resistance R. a) (1.5 pts) Once the circuits are connected, what is the maximum current that flows through each of the resistors? b) (3. ...
... 7. Two identical capacitors are charged up with a battery with a voltage E. They are then connected to the circuits shown below. Each of the resistors has the same resistance R. a) (1.5 pts) Once the circuits are connected, what is the maximum current that flows through each of the resistors? b) (3. ...
Learning Guide: Water and Biomolecules (cont.) Bill Activity #17 To
... o Describe how Stanley Miller bring the abiotic synthesis of organic compounds into the context of evolution. Carbon atoms can form diverse molecules by bonding to four other atoms. o Make an electron distribution diagram of carbon. List the number of valence electrons, number of bonds and types o ...
... o Describe how Stanley Miller bring the abiotic synthesis of organic compounds into the context of evolution. Carbon atoms can form diverse molecules by bonding to four other atoms. o Make an electron distribution diagram of carbon. List the number of valence electrons, number of bonds and types o ...
Organic Chemistry Practice Test
... 11. Which subatomic participle is found in all isotopes of hydrogen? ...
... 11. Which subatomic participle is found in all isotopes of hydrogen? ...
Organic Notes #5 - RX`ns - Winston Knoll Collegiate
... Condensation (Dehydration)-two smaller molecules are linked to create a larger molecule. This is made possible by the removal of a hydrogen form one molecule and a hydroxide from the other which creates water. Esters are made this way by reacting a carboxylic acid and an alcohol. O RCOH carboxylic ...
... Condensation (Dehydration)-two smaller molecules are linked to create a larger molecule. This is made possible by the removal of a hydrogen form one molecule and a hydroxide from the other which creates water. Esters are made this way by reacting a carboxylic acid and an alcohol. O RCOH carboxylic ...
Functional Groups
... A common type of organic reaction is a substitution reaction, in which an atom, or a group of atoms, replaces another atom or group of atoms. A halogen can replace a hydrogen atom on a saturated hydrocarbon (alkane) to produce a halocarbon. ...
... A common type of organic reaction is a substitution reaction, in which an atom, or a group of atoms, replaces another atom or group of atoms. A halogen can replace a hydrogen atom on a saturated hydrocarbon (alkane) to produce a halocarbon. ...
Biochemistry
... • Polypeptides form when three or more amino acids are joined • Highly twisted and bent due to H-bonding • Structure is related to function!!! ...
... • Polypeptides form when three or more amino acids are joined • Highly twisted and bent due to H-bonding • Structure is related to function!!! ...
Chemistry of Carbon
... may not completely explain the nature of life, but they at least provide the essential framework for such an explanation. § All students of life must have a fundamental understanding of organic chemistry and biochemistry. ...
... may not completely explain the nature of life, but they at least provide the essential framework for such an explanation. § All students of life must have a fundamental understanding of organic chemistry and biochemistry. ...
F:\CH 361 2014\Prelab 6 2011 CH361 modified for 2014.wpd
... (2 pts) Give the boiling point for the following four compounds. a, 2,3-dimethyl-1-butene ____________ b. 2,3-dimethyl-2-butene ____________ c. diethyl ether ____________ d. ...
... (2 pts) Give the boiling point for the following four compounds. a, 2,3-dimethyl-1-butene ____________ b. 2,3-dimethyl-2-butene ____________ c. diethyl ether ____________ d. ...
File - Mrs. LeCompte
... same way, regardless of the C-skeleton it is bonded to Are often the chemically reactive part of the molecule Determine the unique chemical properties of the organic molecules in which they occur Please note that chemists use the letter R to represent the C-skeleton these groups are attached to, ...
... same way, regardless of the C-skeleton it is bonded to Are often the chemically reactive part of the molecule Determine the unique chemical properties of the organic molecules in which they occur Please note that chemists use the letter R to represent the C-skeleton these groups are attached to, ...
Polythiophene
Polythiophenes (PTs) are polymerized thiophenes, a sulfur heterocycle. They can become conducting when electrons are added or removed from the conjugated π-orbitals via doping. The study of polythiophenes has intensified over the last three decades. The maturation of the field of conducting polymers was confirmed by the awarding of the 2000 Nobel Prize in Chemistry to Alan J. Heeger, Alan MacDiarmid, and Hideki Shirakawa ""for the discovery and development of conductive polymers"". The most notable property of these materials, electrical conductivity, results from the delocalization of electrons along the polymer backbone – hence the term ""synthetic metals"". However, conductivity is not the only interesting property resulting from electron delocalization. The optical properties of these materials respond to environmental stimuli, with dramatic color shifts in response to changes in solvent, temperature, applied potential, and binding to other molecules. Both color changes and conductivity changes are induced by the same mechanism—twisting of the polymer backbone, disrupting conjugation—making conjugated polymers attractive as sensors that can provide a range of optical and electronic responses.A number of comprehensive reviews have been published on PTs, the earliest dating from 1981. Schopf and Koßmehl published a comprehensive review of the literature published between 1990 and 1994. Roncali surveyed electrochemical synthesis in 1992, and the electronic properties of substituted PTs in 1997. McCullough's 1998 review focussed on chemical synthesis of conducting PTs. A general review of conjugated polymers from the 1990s was conducted by Reddinger and Reynolds in 1999. Finally, Swager et al. examined conjugated-polymer-based chemical sensors in 2000. These reviews are an excellent guide to the highlights of the primary PT literature from the last two decades.