Evaluate the definite integral. 3x2 V 23 +1dx (1) 23 V5 – 24 V2 (2) V6 - 11/13 (3) 12V7 – V2 (4) 21 V5 – ŽV7
Question 9, chap 136, sect 8 part 1 of 1 10 points A converging lens of focal length 0.222 m forms a virtual image of an object. The image appears to be 0.935 m from the lens on the same s ide as the object What is the distance between the obiect and the lens? Answer in units ofm Question 10, chap 136, sect 8. part 1 of 1 10 points A converging lens has a focal length of 41.9...
Question 2, chap 136, sect 8. part 1 of 1 10 points The distance between an object and its up- right image is 12.2 cm. If the magnification is 0.427, what is the focal length of the lens being used to form the image? Answer in units of cm.
Question 11, chap 136, sect is. part 1 of 310 points A diverging lens has a focal length of 19.8 cm Locate the images for object distance of a) 37.6 cm For each case, state whether the im- age is real or virtual and upright or inverted, and find the magnification Answer in units of cm Question 12, chap 136, sect 8 part 2 of 310 points b) 17.4 cm Answer in units of cm Question 13, chap 136, sect...
1 - 1 Find the eigenvalues of the matrix -41 26 | 136 The eigenvalues are a = bi where Preview Preview b=
The odds of obtaining and item is 1/136. The event actually occurs 3 times, and the item is obtained 2 out of those 3 times. What are the percentage odds of that happening?
e. Applied overhead to Jobs 136, 138, and 139. f. Transferred Jobs 136, 138, and 139 to Finished Goods. g. Sold Jobs 136 and 138 on credit at a total price of $550,000. h. The company incurred the following overhead costs during the month (credit Prepaid Insurance for expired factory insurance) Depreciation of factory building Depreciation of factory equipment Expired factory insurance Accrued property taxes payable 70,000 37,000 12,080 35,500 i. Applied overhead at month-end to the Work in Process...
m x MR 1 102.5 2 128 3 136 4 103 5 130 6 127 7 116 8 115 9 146 10 112.3 11 125 12 104 Average d2 1.128 d3 0.853 Compute limits and draw charts (by hand) Evaluate any potential special causes
1. Determine the pH of the buffer solution that is prepared by mixing 136 mL of 0.0623 M MOPSO-H (C7H15NO5S) to 798 mL of 0.155 M MOPSO (C7H14NO5S) Assume the 5% approximation is valid Report your answer to 2 decimal places. OH SO3 MOPSO-H The pKa of MOPSO-H is 6.90
Problem 1 For a unity feedback system with G(s) = 136+5), . Determine the system type. b. Find the steady state error for the following inputs: u(t), tu(t), 2t'u(t) 5+2 SERD Type 1