please give answer for 14 and 15
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please give answer for 14 and 15
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Use nunber 26 to answer A please give me only short answer not long answer please...
Use nunber 26 to answer A please give me only short answer not long
answer please
You've been asked to USE a bacteriological medium (agar) that is BOTH complex AND differential so that you can isolate organisms that can ferment sucrose to acidic end products. Look at the two recipes below: Medium 1 contains: water, agar, sucrose (C12H20,.), glutamine (CsHioN,O,), penicillin (CstH&N,0.S), KH,PO yeast extract, and phenol red dye (CisHsuo,S, at pH <6 this dye turns the agar yellow, at...
Please answer 14-15. Based on the graph provided 14. What is the displacennent from t =...
Please answer 14-15. Based on the graph provided
14. What is the displacennent from t = 4 8 to t-Ss? 15. Sketch the acceleration versus time graph derived from the velocity versus time graph. Acceleration versus Time 0 6-1 1 2 3 45 6 7 89 10 Time (s) Use the graph below for questions 12- 15. Velocity versus Time 10 Time (s)
please answer all For each compound below (11- on compound below (11-14), give the degrees of...
please answer all
For each compound below (11- on compound below (11-14), give the degrees of unsaturation 11. C9H20 a. 0 b. 1 c. 2 d. 3 e. 4 12. C20H33C1 a. O b. 1 c. 2 d. 3 e. 4 OH 13. C12H23N a. 0b. 1 c. 2 d. 3 e. 4 14. Ho a. 4b. 5 c. 6 d. 7 e. 8 Consider the following carbocations for questions 15 & 16 а ось 15. Which of the carbocations...
Consider the following data. 14 21 23 20 16 19 22 26 15 16 23 25...
Consider the following data. 14 21 23 20 16 19 22 26 15 16 23 25 24 20 15 20 19 20 21 13 17 17 18 23 26 21 22 15 20 18 25 24 15 23 25 19 21 24 21 19 (a) Develop a frequency distribution using classes of 12–14, 15–17, 18–20, 21–23, and 24–26. Class Frequency 12–14 15–17 18–20 21–23 24–26 Total (b) Develop a relative frequency distribution and a percent frequency distribution using the classes...
Please just answer question 15, in regards to angle θ2. For questions 14 and 15, a...
Please just answer question 15, in regards to angle θ2.
For questions 14 and 15, a ray of light passing through air (n = 1.0) encounters a pool of water (n = 4/3 = 1.33) as shown in the figure below. 53° 0 e What is the angle 01 in the figure above? 37° 53° 45° 90° Question 15 (2 points) ✓ Saved What is the angle 02 in the figure above? 37° 53° 45° 90°
please answer all the question 12, 13, 14, 15 12. In the recording of depreciation expense,...
please answer all the question 12, 13, 14, 15
12. In the recording of depreciation expense, which account is credited? 13. What does accumulated depreciation represent? 14. How is book value calculated, and what does it represent? 15, What is a deferred revenue? Provide an example.
please give the correct answer An artifact originally had 16 grams of carbon-14 present. The decay...
please give the correct answer
An artifact originally had 16 grams of carbon-14 present. The decay model A - 16€ -0.000121 describes the amount of carbon-14 present after tyears. Use the model to determine how many grams of carbon-14 will be present in 8185 years. The amount of carbon-14 present in 8185 years will be approximately grams. (Round to the nearest whole number)
Please give a detailed explanation for your answer. Hopefully its correct. 26. The misperceptions theory of...
Please give a detailed explanation for your answer. Hopefully
its correct.
26. The misperceptions theory of the short-run aggregate supply curve says that the quantity of output supplied will increase if the price level a. increases by less than expected so that firms believe the relative price of their output has increased. b. increases by less than expected so that firms believe the relative price of their output has decreased. c. increases by more than expected so that firms believe...
please answer all 15. You are measuring mass of pine cones in a population (in g)....
please answer all
15. You are measuring mass of pine cones in a population (in g). following results: 15, 18,22, 14 and 12g You obtain the For each question remember to show your calculations not just your result. a) Calculate the mean for this set of data. (1 point) b) Calculate the variance for this set of data. (2 points) c) Calculate the standard error (SE) for this data. (1 point) d) The formula for the 95% confidence interval (CI)...
Please show work and answer problem #14. Thanks! [Problem 14-15). A retaining wall is supporting saturated...
Please show work and answer problem #14. Thanks!
[Problem 14-15). A retaining wall is supporting saturated soils as shown in the figure below. Y sat = 20 kN/m3 5 m ' = 30° Problem 14. Calculate the resultant force acting on the wall, assuming the at-rest (Ko) condition. (1) 63.8 kN/m (2) 122.5 kN/m (3) 150.2 kN/m (4) 186.3 kN/m
Use nunber 26 to answer A please give me only short answer not long
answer please
You've been asked to USE a bacteriological medium (agar) that is BOTH complex AND differential so that you can isolate organisms that can ferment sucrose to acidic end products. Look at the two recipes below: Medium 1 contains: water, agar, sucrose (C12H20,.), glutamine (CsHioN,O,), penicillin (CstH&N,0.S), KH,PO yeast extract, and phenol red dye (CisHsuo,S, at pH <6 this dye turns the agar yellow, at...
Please answer 14-15. Based on the graph provided
14. What is the displacennent from t = 4 8 to t-Ss? 15. Sketch the acceleration versus time graph derived from the velocity versus time graph. Acceleration versus Time 0 6-1 1 2 3 45 6 7 89 10 Time (s) Use the graph below for questions 12- 15. Velocity versus Time 10 Time (s)
please answer all
For each compound below (11- on compound below (11-14), give the degrees of unsaturation 11. C9H20 a. 0 b. 1 c. 2 d. 3 e. 4 12. C20H33C1 a. O b. 1 c. 2 d. 3 e. 4 OH 13. C12H23N a. 0b. 1 c. 2 d. 3 e. 4 14. Ho a. 4b. 5 c. 6 d. 7 e. 8 Consider the following carbocations for questions 15 & 16 а ось 15. Which of the carbocations...
Please just answer question 15, in regards to angle θ2.
For questions 14 and 15, a ray of light passing through air (n = 1.0) encounters a pool of water (n = 4/3 = 1.33) as shown in the figure below. 53° 0 e What is the angle 01 in the figure above? 37° 53° 45° 90° Question 15 (2 points) ✓ Saved What is the angle 02 in the figure above? 37° 53° 45° 90°
please answer all the question 12, 13, 14, 15
12. In the recording of depreciation expense, which account is credited? 13. What does accumulated depreciation represent? 14. How is book value calculated, and what does it represent? 15, What is a deferred revenue? Provide an example.
please give the correct answer
An artifact originally had 16 grams of carbon-14 present. The decay model A - 16€ -0.000121 describes the amount of carbon-14 present after tyears. Use the model to determine how many grams of carbon-14 will be present in 8185 years. The amount of carbon-14 present in 8185 years will be approximately grams. (Round to the nearest whole number)
Please give a detailed explanation for your answer. Hopefully
its correct.
26. The misperceptions theory of the short-run aggregate supply curve says that the quantity of output supplied will increase if the price level a. increases by less than expected so that firms believe the relative price of their output has increased. b. increases by less than expected so that firms believe the relative price of their output has decreased. c. increases by more than expected so that firms believe...
please answer all
15. You are measuring mass of pine cones in a population (in g). following results: 15, 18,22, 14 and 12g You obtain the For each question remember to show your calculations not just your result. a) Calculate the mean for this set of data. (1 point) b) Calculate the variance for this set of data. (2 points) c) Calculate the standard error (SE) for this data. (1 point) d) The formula for the 95% confidence interval (CI)...
Please show work and answer problem #14. Thanks!
[Problem 14-15). A retaining wall is supporting saturated soils as shown in the figure below. Y sat = 20 kN/m3 5 m ' = 30° Problem 14. Calculate the resultant force acting on the wall, assuming the at-rest (Ko) condition. (1) 63.8 kN/m (2) 122.5 kN/m (3) 150.2 kN/m (4) 186.3 kN/m
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