Find the moment of the force along AB about point C by using a determinate to solve (see video 3-21). Recall that forces are sliding vectors and they can be slid anywhere along it's path, this is know as transmissibility. Solve the problem twice (a) using a position vector from C to B, (b) using a position vector from C to A. Did you get the same answer? Ignore the cross sectional dimensions of the members. Hint: See videos 3-05 and 3-06. 1400mm y A 1480mm X Answer(s): Z 2350mm 1100mm 1100mm O C O 870N B

Find the moment of the force along AB about point C by using a determinate to solve (see video 3-21). Recall that forces are sliding vectors and they can be slid anywhere along it's path, this is know as transmissibility. Solve the problem twice (a) using a position vector from C to B, (b) using a position vector from C to A. Did you get the same answer? Ignore the cross sectional dimensions of the members. Hint: See videos 3-05 and 3-06. 1400mm y A 1480mm X Answer(s): Z 2350mm 1100mm 1100mm O C O 870N B

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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3:25 O [Template] Assessment 1 Assessment 1. Using your knowledge in geometry and the second direction of making lines (Direction B), try to make a perfect star just like in figure below by completing the following steps. Start at point A В A 1. Туре then ENTER. 2. Type @0,0, then ENTER. (0,0 will be the first point). 3. Type @ 10< , then ENTER. 4. Type @ 10< , then ENTER. Туре @ 10< , then ENTER. 5. 6. Type @ 10<0, then ENTER. 7. Type @ 10<_, then ENTER. 8. Press ENTER again. ()
• Write your answer to the blank field in this format: xXXX.Xx (e.g., 2004.32) • Use dot (.) as the decimal separator • Use only two decimal places after the decimal separator. • Use grad unit for angles. • Do not add "m" or "meter" at the end of your answer. Find the sum of the coordinates (Y+X) of point "D" on a line linking N11 and N29, whose coordinates are given. Use intermediate point calculation method. X(m) PN Y(m) 2525.58 2004.32 N11 2598.44 N29 2075.34 N 101.79 oi 72.58 C46.96 Bộ32.74 P17.34 0.00 N11
ID NUMBER - 20-3994-175 *PLEASE ANSWER ALL THE QUESTIONS . Pls Put the number in every answer Don't Round Off answers unless it is already the final answer Final Answer must be up to 3 Decimal Places only
pls help! write the complete solutios and legibly. UPVOTE will be given! Answer in 4 decimal places. Engineering Mechanics
MY ID NO. 20 -3994 -175 PLEASE INDICATE THE NUMBER IN EVERY ANSWER FINAL ANSWERS MUST BE UP TO 3 DECIMAL PLACES ONLY
Logged in as zenuh. Log Out webwork / mat228-rosen / homework 2/6 Homework 2: Problem 6 Problem List Next Problem Previous Problem (1 point). The distance d of a point P to the line through points A and Bis the length of the component of AP that is orthogonal to AB, as indicated in the diagram. So the distance from P = (4,0, –3) to the line through the points A= (2. –2. 4) and B = (-1, –5, –2) is Preview My Answers Submit Answers Show me another You have attempted this problem 15 times. You have 5 attempts left before new version will be requested Your overall recorded score is 0%. You have unlimnited attempts remaining. Reflect in ePortfolio Download Print Activity Details You have viewed this topic P Type here to search 立 Community
Approximation, projection pr prediction of a quantity of work; a statement of the approximate or projected cost of work to be done, such as a building or any other project that entails material, labor and service costs; a general calculation of size, value, magnitude, extent of work to be done including materials, labor and other parameters that require quantification Select one: O a. Forecasting O b. Dimensioning O c. Estimate O d. Sizing