Find the proportion of observations from a standard normal distribution curve that satisfies z-score: -0.2<z< 0.6...
2 pts Find the proportion of observations from a standard normal distribution curve that satisfies z-score: -0.1<z< 1.0 Round numerical value to the second decimal place. (Hint: use cumulative standard normal distribution z-table) O 0.62 O 0.38 0.32 O 0.25 O 0.48 0.44 Not enough information to answer the question None of the given numerical values is correct
Use Table A to find the proportion of observations from a standard Normal distribution that satisfies each of the following statements. In each case, sketch a standard Normal curve and shade the area under the curve that is the answer to the question. 6. What proportion of observations satisfy z < 2.85? Answer to 4 decimal places. Answer 7. What proportion of observations satisfy z > 2.85? Answer to 4 decimal places. Answer 8. What proportion of observations satisfy -1.66...
Find the value of z-score such that 30.0% of all observations from a standard normal distribution are less than that z. (Round your values to the second decimal place) (Hint: use cumulative standard normal distribution z-table) O z= -1.05 O z = 1.64 O z = 1.05 O Not enough information to answer the question O z = 0.52 O z = -1.64 O None of the given numerical values is correct O z = -0.52
3. Use Table A to find the proportion of observations from a standard Normal distribution that satisfies each of the following statements. Give your answers to four decimal places. a) zc-0.74-1 b)2 >-0.74 c) z<1.47- d) -0.74 1.47-
Find the z-score from a standard normal distribution that satisfies each of the following statements. (a) The point z with 2.81 percent of the observations falling below it. z= equation editorEquation Editor (b) The closest point z with 21.94 percent of the observations falling above it. z= equation editorEquation Editor
(1 point) Find the Z-score from the standard normal distribution that satisfies each of the following statements. Draw an appropriate diagram, shade the appropriate region that represents for each Z-scores. Round your answers to 2 decimal places. (a) The point z with 5.05 percent of the observations falling below it. ZE (b) The closest point z with 7.68 percent of the observations falling above it. z =
14. (3.28) Find the proportion of observations (±0.0001) from a standard Normal distribution that falls in each of the following regions. In each case, sketch a standard Normal curve and sha the area representing the region. (a)z -2.33: (b)-2.33 (c)z 1.55 (d)-2.33 <z<1.55:
Use Table A to find the proportion of observations from a standard Normal distribution that satisfies each of the following statements. Enter your answers rounded to four decimal places. a) z < -0.48 = b) z > -1.67 = c) z < 2.14 = d) – 0.48 < z < 2.14 =
Use the Normal Table. Use Table A to find the proportion of observations from a standard Normal distribution that satisfies each of the following statements. In each case, sketch a standard Normal curve and shade the area under the curve that is the answer to the question. z < −0.42 z > −1.58 z < 2.12 −0.42 < z < 2.12
Use the Normal Table. Use Table A to find the proportion of observations from a standard Normal distribution that satisfies each of the following statements. In each case, sketch a standard Normal curve and shade the area under the curve that is the answer to the question. a) z < −0.32 b) z > −1.56 c) z < 2.04 d) − 0.32 < z < 2.04