Conversation 1 A: Good mornìng. Sir. What (1) WOULD /COULD I do for you? B: Well, I (2) NEED TO / HAVE speak to Mr. Smith. is he in his office? A: I'm afraid he's out at the moment. B: Oh, that's too bad. (3) CAN / MIGHT you tell me when he will be back A: Sorry, I (4) CAN'T / MAY NOT. I don't know how long he'll be out for. B: (5) WILL /MAY I leave a message? A: Of course.

Conversation 1 A: Good mornìng. Sir. What (1) WOULD /COULD I do for you? B: Well, I (2) NEED TO / HAVE speak to Mr. Smith. is he in his office? A: I'm afraid he's out at the moment. B: Oh, that's too bad. (3) CAN / MIGHT you tell me when he will be back A: Sorry, I (4) CAN'T / MAY NOT. I don't know how long he'll be out for. B: (5) WILL /MAY I leave a message? A: Of course.

Solid Waste Engineering

3rd Edition

ISBN:9781305635203

Author:Worrell, William A.

Publisher:Worrell, William A.

Chapter8: Landfills

Section: Chapter Questions

Problem 8.4P

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For the following network all times are in days. Activity Duration Predecessor A 5 B 10 15 A 10 A 5 B F 20 C G 20 E H 5 D,E,F 15 G J 3 H, I What is the total duration days to complete this project? (no decimal is required) What is the critical path? (Hint: It will be one of the following.) ACFHJ ADFHJ ADHJ ABCDJ BCFHJ BEGHJ BEGI J ВЕНЈ BEI J GI JED
(CONSTRUCTION MANAGEMENT).
Carry out CPM calculations for the given A-o-A network below to find project duration (days) and the critical path(s). A 3 B C 3 D 5 FS 23 E HS G H 5 9 696 3
1
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А В СЕD F G H JLNM I O KSQ Activity Duration Weeks 2 4 3 2 7 5 8 3 1 4 73 11 8 2 4 3 Followed E FGH I DDFSKIM MOO0 -e By N Q: For the activities shown in the table above, find the time duration of the project and the critical path. Arrange the information E.S, E.F, L.S, L.F, and T.F in a table.
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10. From the following table, draw the precedence network, perform the CPM calculations, and complete the table entries, assuming interruptible activities. Activity A ABCO с Duration IPA Type Rel Lag ES 3 3526 5 2 6 LAABC А B с SS FF 3 EF LS LF TF FF "If the relationship type is not mentioned, it is finish to start (FS). If no lag is mentioned, it is zero.
From the following network diagram, prepare a data sheet development showing a. Earliest Start b. Latest Start c. Earliest Finish d. Latest Finish Fill in the blanks with the corresponding value from your data sheet. 7 12 10 3 Activity Est. Time 1-2 8 1-3 5 1-4 6 2-6 [No. 6] 3-4 0 3-6 10 4-5 [No. 10] 4-7 7 5-7 0 6-7 6-8 6-10 7-9 8-10 9-10 6 [No. 14] 12 3 [No. 19] 2 Earliest Start 0 [No. 2] 0 8 [No. 8] 5 6 [No. 12] 11 15 15 15 21 24 [No. 20] - 555 6 Latest Start 0 0 [No. 5] 8 20 [No. 9] 22 20 27 21 [No. 15] 20 [No. 18] 24 30 Earliest Finish 8 [No. 3] 6 [No. 7] 5 15 11 13 [No. 13] 21 24 [No. 17] 24 32 26 (10) Latest Finish [No. 1] [No. 4] 20 15 20 15 [No. 11] 27 27 27 [No. 16] 32 30 32 32
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Solve problems • P Search Na A nsert Draw Design Layout References Mailings Reylew View Hep A Share Draw with Toech Ink to In ts Shape Math Drawing Drang Tools Touch Q2): A train travels from station (A) to station (B) and back to the station (A) in 1 hour and 40- minutes. The distance between the two stations is approximately 40 miles. What is (a) the average velocity of the train in (m/s), (b) total distance in (Km) and (c) the average speed of the train in (m/s)?
Draw in activity arrow method.