Question

QUESTION 19 3 pol The optimum temperature for sucrase activity is 37 °C. The hydrolysis of sucrose is most efficient at which
0 0
Add a comment Improve this question Transcribed image text
Answer #1

> optimum temp. for sucrase activity is 37c > Most efficient hydrolysis of sucrose occurs at very close nearer to its optimum

Hope you will like my answer.

If any doubt please comment.

Add a comment
Know the answer?
Add Answer to:
QUESTION 19 3 pol The optimum temperature for sucrase activity is 37 °C. The hydrolysis of...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • 10) Would an amino acid with the given side chain be most likely found in the hydrophobic or hydrophilic region of a pr...

    10) Would an amino acid with the given side chain be most likely found in the hydrophobic or hydrophilic region of a protein? -CH-CH3 он CH2-CH-CH3 он CH3 11) What process occurs when heat, acids, bases, and heavy metal ions cause loss of biological function of a protein? 12) Answer the following questions regarding enzyme activity: a) The optimum temperature and pH for most biological enzymes is b) The molecules to which an enzyme binds are called the c) The...

  • Match the microbe with its minimum, optimum, and maximum temperatures for growth. Minimum Maximum Temperature Optimum...

    Match the microbe with its minimum, optimum, and maximum temperatures for growth. Minimum Maximum Temperature Optimum Hyperthermophiles Mesophiles Obligate Psychrophiles Thermophiles min-5°C opt 10°C max 20°C min 15°C opt 37°C_ max 45°C min 43°C opt 66°C max 80°C min 65°C opt 95°C max 105°C Which temperature groups can be human pathogens?

  • EFFECT OF TEMPERATURE: 1. Bubble height indicates the degree of enzyme activity. Based on the results...

    EFFECT OF TEMPERATURE: 1. Bubble height indicates the degree of enzyme activity. Based on the results of your experiment, which tube had the highest bubble column height? What can you conclude about this temperature? 2. Compare the results of the tubes which were left on ice, at 25ºC, and at 37ºC. What can you conclude about the effect of temperature on enzyme activity? 3. What happened in the tube with boiled catalase? Explain this result. Results: Table 5.1 - Catalase...

  • QUESTION 1 G E. H. C A Finish Start D. Complete the network activity diagram using the table below to answer questio...

    QUESTION 1 G E. H. C A Finish Start D. Complete the network activity diagram using the table below to answer questions 1-15. The expected activity completion times are provided in days. Each question is 1 point. Most Probable Activity Optimistic Pessimistic A 7 B 12 C 5 12 7 E 10 15 20 6 9 18 G 6 13 H 11 What is the early start (ES) time for activity F? 13 12 10 None of the above are...

  • (b) Calculate the correlation of the two variables (by hand, show steps) Temperature(C) 17 35 19...

    (b) Calculate the correlation of the two variables (by hand, show steps) Temperature(C) 17 35 19 37 21 55 29 Percent heat loss from break 23 43 25 45 32 27 58

  • 3. Summarize your findings about the concentration, temperature, and pH sensitivity of lactase.

    3. Summarize your findings about the concentration, temperature, and pH sensitivity of lactase. Enzyme Action An Investigation of Lactase Activity 137 PART F. EFFECT OF pH ON ENZYME ACTIVITY Activity of Lactair at Several pHs Observation with Tes Tape Glucose present Lactose pH 7 pH 2 pH 10 Glucose PART G. EFFECT OF AN INHIBITOR ON ENZYME ACTIVITY Inbibitor Efects Observation with Tes Tape Glucose present? Lactose Lactaid Ethanol Glucose 1. What is the optimum pH of the ion reaction,...

  • Y 10.51 The specific activity of the enzyme sucrase was measured by extracting a portion of...

    Y 10.51 The specific activity of the enzyme sucrase was measured by extracting a portion of the intestines of 24 patients who underwent an intestinal bypass. After the sections were extracted, they were homogenized and analyzed for enzyme activity (Carter (1981)). Two different methods can be used to measure the activity of sucrase: the homogenate method and the pellet method. Data for the 24 patients are shown here for the two methods: as Measured te and Pellet Homogenate Method, y...

  • QUESTION 1: TURN THIS GNATT CHART INTO AN ACTIVITY TABLE. FOR EXAMPLE THE TABLE SHOULD BE...

    QUESTION 1: TURN THIS GNATT CHART INTO AN ACTIVITY TABLE. FOR EXAMPLE THE TABLE SHOULD BE FORMATED LIKE THIS BUT MATCH THE DATA OF THE GNATT CHART BELOW,   (THIS IS THE EXAMPLE OF A ACTIVITY TABLE FORMAT NOT THE SAME DATA AS THE GNATT CHART) ONCE AGAIN, QUESTION IS TO CONVERT THE DATA IN THE GNATT CHART INTO ITS' ACTIVITY TABLE (ACTIVITY NO., ACTIVITY, TIME (WEEKS), IMMEDIATE PREDECESSORS..) Activity No. Activity Time (weeks) Immediate Predecessors Collect requirements Analyze processes Analyze...

  • bloration after in mum temperature for 24 - pote that were a ch of the o...

    bloration after in mum temperature for 24 - pote that were a ch of the o t her Staphylococcus spots a r e 30 Afecal sample from a patient with directed bellweth e d on MacConkey medium, produced dark green colonies on Hekto , and w e colonies on SIM but was found to be rese negative. The states hely to belong to A Shigella sp. Enterobacteria C Proteus sp. Simonella sp E Streptococcus sp. Questions 31 to 35 Match...

  • Question 3 (20 Points For each spectral density function defined below, determine the mean-square value of the random process. Show your work for full credit. ω) = else (2π)2 +25 (2mf+37(2)2+36 (s+0....

    Question 3 (20 Points For each spectral density function defined below, determine the mean-square value of the random process. Show your work for full credit. ω) = else (2π)2 +25 (2mf+37(2)2+36 (s+0.5)(s-0.5) ω2 +25 w" +37a, 2 +36 TO (a)- Question 3 (20 Points For each spectral density function defined below, determine the mean-square value of the random process. Show your work for full credit. ω) = else (2π)2 +25 (2mf+37(2)2+36 (s+0.5)(s-0.5) ω2 +25 w" +37a, 2 +36 TO (a)-

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT