the data needed has been probided in the table! thank you and will mit forget to give a thumb up after getting the answe
Posted: Mon May 23, 2022 6:51 am
the data needed has been probided in the table!
thank you and will mit forget to give a thumb up
after getting the answers for 14 and 15!
aldol condensation
Analyst Date 1% 92₁ 90 85 80 75 70- 65 60- 55 50 45 40 35 30+ 4000 Administrator Wednesday, May 18, 2022 3:14 PM 2937 cm-18087% 3012.97pm-1, 0042567 2830 860m-1, 18.50%T 3058 15cm-1, 82.33% T 2739.53cm-1, 82.52%T 3000 2000 2500 3500 cm-1 Administrator 3426 Sample 3426 By Administrator Date Wednesday, May 18 2022 #) Chude 2015 90cm-1, 8003% 1 1890.94cm-1, 6630 PerkinElmer Spectrum t Version 10.60 Wednesday, May 18, 2022 3:14 PM 104% 033 90am-1.0.02%T 1993 0507d 90ch, 04.27%T 1301 930750 60NT 102cm 58 13%1 1314 98cm 44.16% 423 68cm-1,62 7 464-1,50 %T 119cm-1, 63 1212146415% (4442441-11db 1681.86m 15 T 1656 86cm 814.73 m 1,43 37% 824 530m-1, 31 19 % T 1016 40cm-1, 3783%T 1000 800 1575.1m 1, 37.53% 115h 10m-1, 34.00%T 1255 50m-153 08% 1500 Bom-1, 37.52kf 1594 50cm-1, 36.03% T 1500 Page 13
Analyst Date %T Administrator Wednesday, May 18, 2022 3.59 PM mp 2935 30cm-1,0 40% 2638 88cm-1, 69.42%T 3500 3000 2000 2500 cm-1 Administrator 3432 Sample 3432 By Administrator Date Wednesday, May 18 2022 42 Pate Product 95₁ 94 92- 90 88 86- 84 82 80 78 76 74- 72 70 69 4000 1881 40c 1656 45cm PerkinElmer Spectrum Version 100 Wednesday, May 18, 2022 390 PM 30 de dent REST And 4410m1121 24T do 60% 1300.150 70 1101cm-1, 038 1441,78%T 1315 24c41 41% 12117 1.74%T 15 02-1,73 T 414 44m-1, 7540%7 150 29m-1, 71.07T 35m-1, 70 70%T 1256 13m-1 69 655074 30cm-1,60.58%T 983 77cm-1, 732% 1000 800 1575 941, 72 70% 1594.790m 1,71.04% 1500 Page 11
You can use infrared spectroscopy to determine the purity of your product. If you have residual unreacted acetophenone or p-anisaldehyde you should be able to see their C=O stretching vibrations in the infrared th spectrum of your crude or purified product. Spectra of the starting materials are provided below. 3089 2900 ww 3031 3010 2736 1601 1006 560 1601 1265 600 1702 1261 1162 m 14. (1 pt.) What is the vibration frequency (include appropriate units) of the C-O stretching vibration of your pure product based on the spectrum you recorded? 15. (1 pt.) By comparing your spectra, do you see evidence of either starting material in your crude product? Give a brief 1 sentence explanation that mentions the numerical values (in cm-1) of the vibration frequencies of both starting materials and the product. Attach the spectrum of the crude product you recorded. 1450 1360 3076 1511 855
thank you and will mit forget to give a thumb up
after getting the answers for 14 and 15!
aldol condensation
- The Data Needed Has Been Probided In The Table Thank You And Will Mit Forget To Give A Thumb Up After Getting The Answe 1 (36.91 KiB) Viewed 35 times
- The Data Needed Has Been Probided In The Table Thank You And Will Mit Forget To Give A Thumb Up After Getting The Answe 2 (32.33 KiB) Viewed 35 times
- The Data Needed Has Been Probided In The Table Thank You And Will Mit Forget To Give A Thumb Up After Getting The Answe 3 (47.02 KiB) Viewed 35 times
Analyst Date %T Administrator Wednesday, May 18, 2022 3.59 PM mp 2935 30cm-1,0 40% 2638 88cm-1, 69.42%T 3500 3000 2000 2500 cm-1 Administrator 3432 Sample 3432 By Administrator Date Wednesday, May 18 2022 42 Pate Product 95₁ 94 92- 90 88 86- 84 82 80 78 76 74- 72 70 69 4000 1881 40c 1656 45cm PerkinElmer Spectrum Version 100 Wednesday, May 18, 2022 390 PM 30 de dent REST And 4410m1121 24T do 60% 1300.150 70 1101cm-1, 038 1441,78%T 1315 24c41 41% 12117 1.74%T 15 02-1,73 T 414 44m-1, 7540%7 150 29m-1, 71.07T 35m-1, 70 70%T 1256 13m-1 69 655074 30cm-1,60.58%T 983 77cm-1, 732% 1000 800 1575 941, 72 70% 1594.790m 1,71.04% 1500 Page 11
You can use infrared spectroscopy to determine the purity of your product. If you have residual unreacted acetophenone or p-anisaldehyde you should be able to see their C=O stretching vibrations in the infrared th spectrum of your crude or purified product. Spectra of the starting materials are provided below. 3089 2900 ww 3031 3010 2736 1601 1006 560 1601 1265 600 1702 1261 1162 m 14. (1 pt.) What is the vibration frequency (include appropriate units) of the C-O stretching vibration of your pure product based on the spectrum you recorded? 15. (1 pt.) By comparing your spectra, do you see evidence of either starting material in your crude product? Give a brief 1 sentence explanation that mentions the numerical values (in cm-1) of the vibration frequencies of both starting materials and the product. Attach the spectrum of the crude product you recorded. 1450 1360 3076 1511 855