make your answer really long TEN PRINCIPLESThe following ten principles are taken from Abeles (Ref. 2.32) and applicable not only toprestressing concrete but to any endeavor that the engineer is called upon to undertake:1. You cannot have everything. (Each solution has advantages and disadvantages thathave to be tallied and traded off against each other.)2. You cannot have something for nothing. (One has to pay in one way or another forsomething which is offered as a "free gift" into the bargain, notwithstanding a solu-tion's being optimal for the problem.)3. It is never too late (e.g., to alter a design, to strengthen a structure before it col-lapses, or to adjust or even change principles previously employed in the light of in-creased knowledge and experience).4. There is no progress without considered risk. (While it is important to ensure suffi-cient safety, overconservatism can never lead to an understanding of novel struc-tures.)5. The proof of the pudding is in the eating. (This is in direct connection with the pre-vious principle indicating the necessity of tests.)6. Simplicity is always an advantage, but beware of oversimplification. (The latter maylead to theoretical calculations which are not always correct in practice, or to a fail-ure to cover all conditions.)7. Do not generalize, but rather qualify the specific circumstances. (Serious misunder-standings may be caused by unreserved generalizations.)8. The important question is how good, not how cheap an item is. (A cheap pricegiven by an inexperienced contractor usually results in bad work; similarly, cheap,unproved appliances may have to be replaced.)9. We live and learn. (It is always possible to increase one's knowledge and experi-ence.)10. There is nothing completely new. (Nothing is achieved instantaneously, but only bystep-by-step development.)Choose one principle and explain it in relation to prestressed concrete design.

From the choice the principle given,I need to go with is the principle that is'the important…

1. You cannot have everything. (Each solution has advantages and dis have to be tallied and traded off against each other.) 2. You cannot have something for nothing. (One has to pay in one wa something which is offered as a "free gift" into the bargain, notwith= tion's being optimal for the problem.) 3. It is never too late (e.g., to alter a design, to strengthen a structur lapses, or to adjust or even change principles previously employed in creased knowledge and experience). 4. There is no progress without considered risk. (While it is important cient safety, overconservatism can never lead to an understanding tures.) 5. The proof of the pudding is in the eating. (This is in direct connectic vious principle indicating the necessity of tests.) 6. Simplicity is always an advantage, but beware of oversimplification.

1. You cannot have everything. (Each solution has advantages and dis have to be tallied and traded off against each other.) 2. You cannot have something for nothing. (One has to pay in one wa something which is offered as a "free gift" into the bargain, notwith= tion's being optimal for the problem.) 3. It is never too late (e.g., to alter a design, to strengthen a structur lapses, or to adjust or even change principles previously employed in creased knowledge and experience). 4. There is no progress without considered risk. (While it is important cient safety, overconservatism can never lead to an understanding tures.) 5. The proof of the pudding is in the eating. (This is in direct connectic vious principle indicating the necessity of tests.) 6. Simplicity is always an advantage, but beware of oversimplification.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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