Styles Editi Please calculate the final maltose concentrations for the tubes you created today. Volumes of maltose stock solution and distilled water necessary to prepare six known dilutions of maltose for a standard curve are provided. Determine the final maltose concentration using the formula CV = CV2 and record those concentrations below. Maltose stock= 2 mg/mL Final Maltose Absorbance Tube Maltose Deionized DNS Deionized volume concentration A540 number (HL) water (uL) (HL) water (uL) (HL) 2000 (mg/mL) 0.0 mg/mL 一 750 250 1000 1.942 100 650 250 1000 2000 2.057 200 550 250 1000 2000 2.142 4 300 450 250 1 000 2000 2.231 400 350 250 1000 2000 2.262 1000 2000 2.343 6 500 250 250 Ctrl) -
Styles Editi Please calculate the final maltose concentrations for the tubes you created today. Volumes of maltose stock solution and distilled water necessary to prepare six known dilutions of maltose for a standard curve are provided. Determine the final maltose concentration using the formula CV = CV2 and record those concentrations below. Maltose stock= 2 mg/mL Final Maltose Absorbance Tube Maltose Deionized DNS Deionized volume concentration A540 number (HL) water (uL) (HL) water (uL) (HL) 2000 (mg/mL) 0.0 mg/mL 一 750 250 1000 1.942 100 650 250 1000 2000 2.057 200 550 250 1000 2000 2.142 4 300 450 250 1 000 2000 2.231 400 350 250 1000 2000 2.262 1000 2000 2.343 6 500 250 250 Ctrl) -
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...
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Please calculate the final maltose concentrations for the tubes you created today. Volumes of maltose stock solution and distilled water necessary to prepare six known dilutions of maltose for a standard curve are provided. Determine the final maltose concentration using the formula C1V1 = C2V2 and record those concentrations below. Maltose stock= 2 mg/mL
![Paragraph
T OSC-lav.
Styles
Editing
Please calculate the final maltose concentrations for the tubes you created today. Volumes of maltose stock
solution and distilled water necessary to prepare six known dilutions of maltose for a standard curve are provided.
Determine the final maltose concentration using the formula C,V, = C2V2 and record those concentrations below.
Maltose stock= 2 mg/mL
Final
Maltose
Absorbance
Deionized
water (uL)
Tube
Maltose
DNS
Deionized
water (uL)
volume
concentration
A540
number
(HL)
(µL)
(HL)
2000
(mg/mL)
0.0 mg/mL
750
250
1000
1.942
100
650
250
1000
2000
2.057
200
550
250
1000
2000
2.142
4.
300
450
250
1 000
2000
2.231
400
350
250
1000
2000
2.262
6.
250
250
1 000
2000
2.343
500
(Ctrl)
CO
2.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6a03d38d-0592-4e23-962a-32da4cd9672d%2F0ee1de3f-55e5-409d-8e97-eb5c1efa9790%2Fqxdcj6v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Paragraph
T OSC-lav.
Styles
Editing
Please calculate the final maltose concentrations for the tubes you created today. Volumes of maltose stock
solution and distilled water necessary to prepare six known dilutions of maltose for a standard curve are provided.
Determine the final maltose concentration using the formula C,V, = C2V2 and record those concentrations below.
Maltose stock= 2 mg/mL
Final
Maltose
Absorbance
Deionized
water (uL)
Tube
Maltose
DNS
Deionized
water (uL)
volume
concentration
A540
number
(HL)
(µL)
(HL)
2000
(mg/mL)
0.0 mg/mL
750
250
1000
1.942
100
650
250
1000
2000
2.057
200
550
250
1000
2000
2.142
4.
300
450
250
1 000
2000
2.231
400
350
250
1000
2000
2.262
6.
250
250
1 000
2000
2.343
500
(Ctrl)
CO
2.
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