Home / Natural Sciences & Medicine /Given the phase diagram for iodine (12) below, predict what happens when the pressure on an iodine sample is raised from 0.001 atm to 75 atm at a constant temperature of 100°C. Note that the pressure and temperature values are just estimates. 1. From 0.001 atm to 0.05 atm, gas 2. at 0.05 atm, deposition 3. from 0.05 atm to 75 atm, solid • From 0.001 atm to 0.04 atm, gas • at 0.05 atm, deposition • from 0.06 atm to 75 atm, solid 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas O 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas Question 1 (1 point) Given the phase diagram for iodine (below) match the region, line and point names as labelled on the diagram (note - the choices are a bit awkward - you have to select the number that corresponds to your choice - you don't input the choice directly.) lodine, 12 Plate) b c fo OL 2 a OOK B 70 100 150 900 500 600 Tl.) C 1. Gas A С 1. Gas A 2. Liquid 2 3. Solid a 4. subliming = depositing b 5. melting freezing 6. vaporizing = condensing 1 7. Critical Point 3 8. Triple Point B lesk unla .: Given the phase diagram for iodine (12) below, predict what happens when an iodine sample is heated from 50°C to 250°C at a constant pressure of 1 atm. Note that the pressure and temperature values are just estimates. 2 3 esk unla 1. From 50°C to 110°C, solid 2. at 111°C, melting 3. from 112°C to 170°C, liquid 4. at 171°C, boiling 5. from 172°C to 250°C, gas esk unla O 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 3. from 110°C to 250°C, gas O 1. From 50°C to 110°C, solid 2. at 110°C, melting 3. from 110°C to 170°C, liquid 4. at 170°C, boiling 5. from 170°C to 250°C, gas ent bir 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 2 from 1100 to 170°C gas k CI Question 4 (1 point) Use the phase diagram for iodine (12) below to estimate the minimum temperature necessary for iodine to be found in the liquid phase: lodine, 12 Plate) loo undefined fo اع OC 70 100 150 200 500 600 fo ac # 70 100 150 undefined 200 500 600 Tl). 170°C 0.1 atm 108°C 113.7°C

Question Given the phase diagram for iodine (12) below, predict what happens when the pressure on an iodine sample is raised from 0.001 atm to 75 atm at a constant temperature of 100°C. Note that the pressure and temperature values are just estimates. 1. From 0.001 atm to 0.05 atm, gas 2. at 0.05 atm, deposition 3. from 0.05 atm to 75 atm, solid • From 0.001 atm to 0.04 atm, gas • at 0.05 atm, deposition • from 0.06 atm to 75 atm, solid 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas O 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas Question 1 (1 point) Given the phase diagram for iodine (below) match the region, line and point names as labelled on the diagram (note - the choices are a bit awkward - you have to select the number that corresponds to your choice - you don't input the choice directly.) lodine, 12 Plate) b c fo OL 2 a OOK B 70 100 150 900 500 600 Tl.) C 1. Gas A С 1. Gas A 2. Liquid 2 3. Solid a 4. subliming = depositing b 5. melting freezing 6. vaporizing = condensing 1 7. Critical Point 3 8. Triple Point B lesk unla .: Given the phase diagram for iodine (12) below, predict what happens when an iodine sample is heated from 50°C to 250°C at a constant pressure of 1 atm. Note that the pressure and temperature values are just estimates. 2 3 esk unla 1. From 50°C to 110°C, solid 2. at 111°C, melting 3. from 112°C to 170°C, liquid 4. at 171°C, boiling 5. from 172°C to 250°C, gas esk unla O 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 3. from 110°C to 250°C, gas O 1. From 50°C to 110°C, solid 2. at 110°C, melting 3. from 110°C to 170°C, liquid 4. at 170°C, boiling 5. from 170°C to 250°C, gas ent bir 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 2 from 1100 to 170°C gas k CI Question 4 (1 point) Use the phase diagram for iodine (12) below to estimate the minimum temperature necessary for iodine to be found in the liquid phase: lodine, 12 Plate) loo undefined fo اع OC 70 100 150 200 500 600 fo ac # 70 100 150 undefined 200 500 600 Tl). 170°C 0.1 atm 108°C 113.7°C

AEX85B The Asker · Chemistry

Transcribed Image Text: Given the phase diagram for iodine (12) below, predict what happens when the pressure on an iodine sample is raised from 0.001 atm to 75 atm at a constant temperature of 100°C. Note that the pressure and temperature values are just estimates. 1. From 0.001 atm to 0.05 atm, gas 2. at 0.05 atm, deposition 3. from 0.05 atm to 75 atm, solid • From 0.001 atm to 0.04 atm, gas • at 0.05 atm, deposition • from 0.06 atm to 75 atm, solid 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas O 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas Question 1 (1 point) Given the phase diagram for iodine (below) match the region, line and point names as labelled on the diagram (note - the choices are a bit awkward - you have to select the number that corresponds to your choice - you don't input the choice directly.) lodine, 12 Plate) b c fo OL 2 a OOK B 70 100 150 900 500 600 Tl.) C 1. Gas A С 1. Gas A 2. Liquid 2 3. Solid a 4. subliming = depositing b 5. melting freezing 6. vaporizing = condensing 1 7. Critical Point 3 8. Triple Point B lesk unla .: Given the phase diagram for iodine (12) below, predict what happens when an iodine sample is heated from 50°C to 250°C at a constant pressure of 1 atm. Note that the pressure and temperature values are just estimates. 2 3 esk unla 1. From 50°C to 110°C, solid 2. at 111°C, melting 3. from 112°C to 170°C, liquid 4. at 171°C, boiling 5. from 172°C to 250°C, gas esk unla O 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 3. from 110°C to 250°C, gas O 1. From 50°C to 110°C, solid 2. at 110°C, melting 3. from 110°C to 170°C, liquid 4. at 170°C, boiling 5. from 170°C to 250°C, gas ent bir 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 2 from 1100 to 170°C gas k CI Question 4 (1 point) Use the phase diagram for iodine (12) below to estimate the minimum temperature necessary for iodine to be found in the liquid phase: lodine, 12 Plate) loo undefined fo اع OC 70 100 150 200 500 600 fo ac # 70 100 150 undefined 200 500 600 Tl). 170°C 0.1 atm 108°C 113.7°C
More
Transcribed Image Text: Given the phase diagram for iodine (12) below, predict what happens when the pressure on an iodine sample is raised from 0.001 atm to 75 atm at a constant temperature of 100°C. Note that the pressure and temperature values are just estimates. 1. From 0.001 atm to 0.05 atm, gas 2. at 0.05 atm, deposition 3. from 0.05 atm to 75 atm, solid • From 0.001 atm to 0.04 atm, gas • at 0.05 atm, deposition • from 0.06 atm to 75 atm, solid 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas O 1. From 0.001 atm to 0.04 atm, solid 2. at 0.05 atm, deposition 3. from 0.06 atm to 75 atm, gas Question 1 (1 point) Given the phase diagram for iodine (below) match the region, line and point names as labelled on the diagram (note - the choices are a bit awkward - you have to select the number that corresponds to your choice - you don't input the choice directly.) lodine, 12 Plate) b c fo OL 2 a OOK B 70 100 150 900 500 600 Tl.) C 1. Gas A С 1. Gas A 2. Liquid 2 3. Solid a 4. subliming = depositing b 5. melting freezing 6. vaporizing = condensing 1 7. Critical Point 3 8. Triple Point B lesk unla .: Given the phase diagram for iodine (12) below, predict what happens when an iodine sample is heated from 50°C to 250°C at a constant pressure of 1 atm. Note that the pressure and temperature values are just estimates. 2 3 esk unla 1. From 50°C to 110°C, solid 2. at 111°C, melting 3. from 112°C to 170°C, liquid 4. at 171°C, boiling 5. from 172°C to 250°C, gas esk unla O 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 3. from 110°C to 250°C, gas O 1. From 50°C to 110°C, solid 2. at 110°C, melting 3. from 110°C to 170°C, liquid 4. at 170°C, boiling 5. from 170°C to 250°C, gas ent bir 1. From 50°C to 110°C, solid 2. at 110°C, sublimation 2 from 1100 to 170°C gas k CI Question 4 (1 point) Use the phase diagram for iodine (12) below to estimate the minimum temperature necessary for iodine to be found in the liquid phase: lodine, 12 Plate) loo undefined fo اع OC 70 100 150 200 500 600 fo ac # 70 100 150 undefined 200 500 600 Tl). 170°C 0.1 atm 108°C 113.7°C
Community Answer
Z2CK56

A phase diagram is a graphical way to depict the effects of pressure and temperature on the phase of a substance:The CURVES indicate the conditions of temperature and pressure under which "equilibrium" between different phases of a substance can exist. BOTH phases exist on these lines:Melting/Freezing: Any point on this line (pressure & temperature) the substance is both solid and liquidSublimation/Deposition: Any point on this line (pressure & temperature) the substance is both solid and gasVaporization/Condensation: Any point on this line (pressure & temperature) the substance is both liquid and gasNOTE: the v ... See the full answer

Related Questions

PLS RESPOND WITH COMPLETE SOLUTION AND EXPLANATION THANK YOU!!:>Observations during flammability testComponents of the distillates based on the flammabilitytestPercentage of ethanol (computations)Percentage loss (computations) DATA FOR SIMPLE DISTILLATION OF 30 mL vodka volume eluted (ml) vapor temperature (°C) 1 41.3 2 58.6 3 65.2 4 75.0 5 76.1 6 76.6 7 76.8 8 77.8 9 79.2 10 81.3 11 82.3 12 85.4 13 87.6 14 89.2 15 91.0 16 93.5 17 94.4 18 19 98.2 volume residue (ml): 6.1 mL
The radius of a sphere was measured to be 20 cm with a possible error of 0.5 cm. (a) Use differentials to estimate the maximum error in the calculated surface area. (Round your answer to the nearest integer. The surface area of a sphere is S=4πr2.) ___ cm2 What is the relative error? (Round your answer to three decimal places.) (b) Use differentials to estimate the maximum error in the calculated volume. (Round your answer to the nearest integer. The volume of a sphere is V=4/3πr3.) ___ cm3 What is the relative error? (Round your answer to three decimal places.)
import java.util.Collection; public interface MyList<E> extends Collection<E> { 7** Add a new element at the specified index in this list */ public void add(int index, E e): 1** Return the element from this list at the specified index */ public Eget(int index); /** Return the index of the first matching element in this list. Return -1 if no match. */ public int indexOf(Object e); /** Return the index of the last matching element in this list Return -1 if no match. "I public int lastIndexOf(E e); 3 3 /** Remove the element at the specified position in this list Shift any subsequent elements to the left. Return the element that was removed from the list. / public E remove(int index); 1 2 3 24 25 26 27 28 29 30 1. Replace the element at the specified position in this list with the specified element and returns the new set. */ public E set(int index, Ee): eOverride Add a new element at the end of this list * public default boolean add(E e) { add (size(), e): return true; ASSIGNMENT 2C Assignment 6 tests your knowledge of user-defined lists, stacks, queues, and priority queues (Chapter 24). You can and should start with the examples from the textbook/presentation and adapt them to the assignment at hand and use the appropriate names and add the additional code and requirements bellow. Design a program/project/driver class Your Name Assignment and the following classes (with exact names, replace Your Name with your actual first name or the name you go by): Class Description YourNameList Program the complete version of user-defined MyList class from Chapter 24 (meaning you need to add the code for all methods that were not coded in the textbook/presentation and have a "left as an exercise" comment). Add an additional YourNameToString method that returns a string with the elements from the list in the format: (Elementpositiono, ElementPostioni, .... Elementposition 1] YourNameArrayList Program a complete version of the user-defined MyArrayList class from Chapter 24 (all fields and methods) that uses the Your Namelist instead of MyList and has an tensiththaalam
4. Consider the determinant as a sum of signed products. Recall that there are \( n \) ! elementary products in the determinant expansion of an arbitrary \( n \times n \) matrix \( A \). (a) If \( A \) is a \( 5 \times 5 \) matrix, how many of the elementary products in \( \operatorname{det}(A) \) are guaranteed to be zero if the entry \( a_{12} \) is zero? (b) If \( A \) is an \( n \times n \) matrix, \( n \geq 2 \), how many of the elementary products in \( \operatorname{det}(A) \) are guaranteed to be zero if \( a_{12}=0 \) ? Give your answer in terms of \( n \). (c) If \( A \) is an \( n \times n \) matrix with \( \operatorname{det}(A) \neq 0 \), what is the maximum possible number of zero entries in A? Give your answer in terms of \( n \).
Drop down choices for both a. and b. -cost-push inflation -a change in inflation expectations -demand-pull inflation The Phillips Curve and Inflation - End of Chapter Problem For each scenario, determine whether inflation expectations, demand-pull inflation, or cost-push inflation will change. a. A rapid influx of foreign investment causes the output gap to become more positive. This gives rise to b. The president unexpectedly announces a tariff on aluminum and steel. This causes
You make a swimming pool 3.92 M in magnesium acetate, Mg(CH3COO)2 hoping to keep it from freezing during the winter. Its density is 1.23 g/ml. What will its normal freezing point be? Give your final answer (remember, you're looking for the new normal freezing point) to 1 decimal place (just to keep CuLearn happy) Put C for your unit (I don't know how to find the degree sign for answers...) Kf(H2O) = 1.86 °C/m
About
About
Blog
Sitemap
More
Help Center
Become an Expert
Download App
Legal
Terms of Service
Privacy Policy
Honor Code
Copyright Policy
Contact
contact@studyx.im
Facebook
Instagram
Twitter
YouTube
Copyright © 2023 StudyX Inc