**Alpha Decay (Emission)**The equation for alpha decay involves francium-220:\[ \begin{align*}^{220}_{87}\text{Fr} \rightarrow \,^{4}_{2}\alpha + \,^{216}_{85}\text{At}\end{align*}\]**Question:** What are the products of francium-220 decay above?**Equation:** \[ \begin{align*}^{220}_{87}\text{Fr} \rightarrow \,^{4}_{2}\alpha + \,^{216}_{85}\text{At}\end{align*}\]**Explanation:**- **Francium-220 (\(^{220}_{87}\text{Fr}\))** decays into an **alpha particle (\(^{4}_{2}\alpha\))** and **astatine-216 (\(^{216}_{85}\text{At}\))**.---**Beta Decay (Emission)**The equation for beta decay involves nitrogen-16:\[ \begin{align*}^{16}_{7}\text{N} \rightarrow \,^{0}_{-1}\beta + \,^{16}_{8}\text{O}\end{align*}\]**Question:** What are the products of nitrogen-16 decay above?**Equation:** \[ \begin{align*}^{16}_{7}\text{N} \rightarrow \,^{0}_{-1}\beta + \,^{16}_{8}\text{O}\end{align*}\]**Explanation:**- **Nitrogen-16 (\(^{16}_{7}\text{N}\))** decays into a **beta particle (\(^{0}_{-1}\beta\))** and **oxygen-16 (\(^{16}_{8}\text{O}\))**.

Answered: Alpha Decay (Emission) Beta Decay…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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Iodine has 37 known isotopes. Therefore, the atomic mass has a range of 108-144 amu. Which of the following statements concerning iodine is correct? A) The isotopes of iodine have between 55 and 91 protons. B) An atom of iodine can have between 55 and 91 neutrons. C) The isotopes of iodine will always have the same number of neutrons, but the protons can vary. D) The isotopes of iodine have between 108 and 144 neutrons, but the number of protons will not vary.
(I) Why the physicochemical changes in liquid water caused by radiation is the key to understanding the biological effects of radiation? Please give a short, one-sentence explanation. (II) Name the three key stages of the physicochemical changes produced in liquid water due to radiation. (III) Briefly describe the three key stages. A one- or two-sentence explanation for each of the three key stages would be sufficient.
Define Casparian strip
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Define the following terms: a. radiationless decay b. P700 c. P680 d. c = λv e. UV
#1 1. Name of molecule H Н #3 H.C CH3 3. Name of molecules A пе папes of N-C | CH Н Но CH2OH он ОН H Н 6. Name of Process ОН -В' ОН н ing more #2 lame of molecul Н I н-с-с I н-с I H-C ОН I н - ( ОН -О-P=0 З' НО 2. Name of molecule ОН OH I A OH () с 2' ОН н н 0 н н н н н Energy -( a+b Q- I 4. Name of building block ·O ab I 8. Name of process. Progress of reaction I overall energy of reaction
A nitrogen isotope with an atomic mass of 15, and an atomic number of 7, must have: 7 neutrons and 8 electrons 8 neutrons and 7 protons 7 electrons and 8 protons 8 protons and 7 neutrons 7 protons and 8 electrons
The energy released from fission is about 200 MeV per fission event or 3.2-10-11 J per 235U nucleus. The fission of 1 g of 235U generates about 1 MW of thermal power; thus, a reactor that contains 1 kg of 235U fuel generates about 1 GW (109 W). If the reactor core is immersed in a heat bath containing 8.7.105 liters of water (12 m x 6 m x 12 m) initially at 25°C, how long will it take for the water to begin to boil off? Assume that the heat capacity of water is constant and that there is no heat lost from the reactor coolant to the surroundings.
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How can you tell in an IR spectrum if the compound has just one or two oxygens? What is the difference between them? Thank you!
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Alpha Decay (Emission) Beta Decay (Emission) 220 Fr OL a + 216 At 16 N → B+ "O 87 85 What are the products of francium-200 decay above? What are the products of nitrogen-16 decay above? N B+ "0 220Fr a + 216A.