Please work on 12 and 13 GG►12.4 / 5Question:13.Hint:Several ice cubes at -10 °C are placed in a beaker. The beaker is placed in the microwave where the water absorbs40.3 kJ of heat. All of the ice melts. The beaker of water is removed from the microwave and absorbs 5.7 kJ of heat from theroom until it is at 25 °C. The volume of water is 100 mL.14.^|Question:1Which of the following are state functions?i. The volume of water in the beaker.Hint:Chapter: 1 Lesson: 4100% +ii. The final temperature of the water.iii. The amount of heat absorbed by the water in the microwave.iv. The heat absorbed by the water from the room.v. The amount of internal energy (E) in the 100 mL of water in the beaker.What is a state function?Chapter: 1 Lesson: 4Assuming the distance d is the same for all of these, rank them in order of increasing electrostatic potential energy.-1IRW2.pdf+1Chanter 1 Lesson 5.Sy-3Use Coulomb's Law (E01-4-2) and refer to this sample problem.II-1-2III+1

“Since you have asked multiple questions, we will solve the first question for you. If you want any…

GG 4 12. 4/5 Question: 13. Several ice cubes at -10 °C are placed in a beaker. The beaker is placed in the microwave where the water absorbs 40.3 kJ of heat. All of the ice melts. The beaker of water is removed from the microwave and absorbs 5.7 kJ of heat from the room until it is at 25 °C. The volume of water is 100 mL. Hint: 14. ^ Which of the following are state functions? 100% + Chapter: 1 Lesson: 4 i. The volume of water in the beaker. Question: ii. The final temperature of the water. iii. The amount of heat absorbed by the water in the microwave. iv. The heat absorbed by the water from the room. v. The amount of internal energy (E) in the 100 mL of water in the beaker. Hint: What is a state function? Chapter: 1 Lesson: 4 Assuming the distance d is the same for all of these, rank them in order of increasing electrostatic potential energy. +1 RW2.pdf Chanter 1 Lesson 5. Sy -3 Use Coulomb's Law (E01-4-2) and refer to this sample problem. II ******* G** -1 -2 III +1

GG 4 12. 4/5 Question: 13. Several ice cubes at -10 °C are placed in a beaker. The beaker is placed in the microwave where the water absorbs 40.3 kJ of heat. All of the ice melts. The beaker of water is removed from the microwave and absorbs 5.7 kJ of heat from the room until it is at 25 °C. The volume of water is 100 mL. Hint: 14. ^ Which of the following are state functions? 100% + Chapter: 1 Lesson: 4 i. The volume of water in the beaker. Question: ii. The final temperature of the water. iii. The amount of heat absorbed by the water in the microwave. iv. The heat absorbed by the water from the room. v. The amount of internal energy (E) in the 100 mL of water in the beaker. Hint: What is a state function? Chapter: 1 Lesson: 4 Assuming the distance d is the same for all of these, rank them in order of increasing electrostatic potential energy. +1 RW2.pdf Chanter 1 Lesson 5. Sy -3 Use Coulomb's Law (E01-4-2) and refer to this sample problem. II ***** G -1 -2 III +1

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

1. Draw the directions [121] and [020].
PREDICT THE Br 1. 2. KOH (aq) THE REAC NK
9. Determine whether the following drugs comply with Lipinski's rule. Also investigate the "alternative criteria" (rotatable bonds, polar surface area) for both drugs. OH N(CH3)2 HO. OH OH OH O Tetracycline (antibiotic) P=0.04 OH CONH₂ OH N. Naloxone (morphine agonist) P=83
12----| + SO3 H₂SO4 CH₂ Br
See Figure 2-3. Do an orbital analysis of C-2 (arrows on lines like we did in class). It has a pi bond to C-1 and a pi bond to C-3. What is its hybridization? sp3 sp2 sp
Learning Target 10 Criteria for satisfactory score Calculations must be without errors. The diagram must satisfy all listed conditions. Tasks 1. The reaction below shows radical-mediated halogenation of hydrocarbons. Determine whether the net reaction is exo- or endothermic by calculating AH for each step and for the net reaction? (1) H3C-CH3 F' H3C-CH, + H-F Bond BDE (kJ/mol) F-F 157 H,C-CH2 F-F H3C-CH,F F' Cl-CI 243 + Br-Br 193 I-I 151 H-F 569 H-CI 432 H-Br 366 H-I 299 C=C (x) 272 C-F 481 C-CI 350 С-Br 284 C-I 209 CH;CH,-H 423 Figure 7: Multi-step reaction sequence 2. Draw the energy diagram for a reaction with the following paramaters: • The reaction has 2 steps • The overall reaction is not spontaneous. • The first step is a slow equilibrium (K = 1). • The second step is faster than the first step. Label substrate, product, transition states, and intermediates on your diagram. REACTION PROGRESS Figure 8: Reaction energy diagram FREE ENERGY
design synthesis
Please show work and draw arrows
Molecule SP | EG Energy (kJ/mol) cis-2-Butene trans-2-Butene Based on what you have learned so far, predict the product with the lower energy in the reaction of HC=CH with Br2 (circle the arrow for the step that will give predicted product), then calculate the energies and circle the correct product as indicated by the energies: H. Br Energy: Br H. HC=CH + Br2 Energy: Br Br
Plzz solve all the parts given in the question... Otherwise I'll downvote.
KOVe Br 美 Select one: Previous page Exam-Onli *Week 11 5udentread
Figure 11-5 A. 1) Hg(0Ac)₂, H₂O B. 1) BH 3 C. D. 2) Na B H4 2) H₂O₂, OH, H₂O 2) OH, DMF ) 1) H Br 1) Hg (0Ac) ₂, H₂O H Br → 3) HBr 3) Ts Cl 2) Brz 3) TSCI ) Br H₂ SO4 4) Br¯ 4) HBr