に12a F:36 lb F: 36lb (TCP Loed) cpe o.rs. (A-le ofT"-.」+) Wz 0.34 fn Desc Yceld Strec Sheer stvessicnmexcm Von Muses stressfr 교 Cov" bined \oed. Cond Ch.ons dande. For each Case. deterhun b- Bend C- Torsion TersconTorscor に12a F:36 lb F: 36lb (TCP Loed) cpe o.rs. (A-le ofT"-.」+) Wz 0.34 fn Desc Yceld Strec Sheer stvessicnmexcm Von Muses stressfr 교 Cov" bined \oed. Cond Ch.ons dande. For each Case. deterhun b- Bend C- Torsion TersconTorscor
(1 point) Consider the following truss system. 2 교 All bars are either vertical, horizontal, or at 45° from horizontal. Enter the elongation matrix (A = B*): (in the form "node 1 horiz", "node 1 vert", "node 2 horiz" etc.) (1 point) Consider the following truss system. 2 교 All bars are either vertical, horizontal, or at 45° from horizontal. Enter the elongation matrix (A = B*): (in the form "node 1 horiz", "node 1 vert", "node 2 horiz" etc.)
consider 교 73.0 kg man standing on spring sca e in an elevator, Starting rom rest the elavator ascends attaining its maximum speed o 1 the negative ydirection tor 1 s and comes to rest 6 m/s n a 550 s It travels with this constant spced or the nex t .00 s The clevator then undorgoes uniform acco cration n fe Whal dues the speing scele regiser before Le elevaur stars o muve? h) What doas the spring scala...
(1) r md le atletne po nts or the region denned by these inequalities (ii) Does this set have any direction of unboundedness? Either prove that non of a direction of unboundedness. 5. Consider the linear program minimize z=-5x1-7T2 subject to -3 +2r2 S 30 ,222 0 (i) Draw a graph of the feasible region (i) Determine the extreme points of the feasible region (ii) Determine two linearly independent eztreme directions of unboundedness (iv) Convert the linear program to standard...
The tires o 교 1545 kg car ฮre ü 3-1 m n diameter and the coer oents o na on with thc road surfacc ฮrc μ5 a driving wheel without spinning the wheel. I you wisi, you may essume the car is at rest 0.800 and H-a ou0. Assum ing that the weight is evenly distributed on the four whce calculate the maximum torque that can be exerted by the engine
1I-Write the condensed structural formula of the following compounds 1- cyclopentane 2- Heptane 3- 4 methyl 2 pentene 4-6 ethyl 5,5 dimethyl 3 octyne
the dispacement of particle#1 is r1(t)=1i-5tj and the displacement of particle #2 is r2(t)=-4ti+4tj. Find V12 the relative velocity particle 1 with respect to particle 2. you must sketch a graph to illustrate your result
1. NaH 14. СH3(СH);CH,ОН 2. СH,CH,CH>1I Ао00с HBr 16. CH2 CHCH=CH2 25°C 17. CH3MgBr + CH2CCH L. Et,O 2. H30* OH H2CRO4 18. CH3(CH2)5CCH2CH3 Acetone, 35°C H
3saonds or le 25+1 3saonds or le 25+1
Homework: Sec. 2.1 STA2023 Spring 2019 8:25AM Homework: Sec. 2.1 Score: 0 of 1 pt 2.1.18 Use the frequenoy distribution shown below to construct an expanded frequenoy distribution. 9 of 20 High Temperatures (F) Class ㄧ-15-25T26-361-37-47T48-58T59-69T7080T81-91 le Frequency, f 18 Complete the table below High Temperatures F)(Round to the nearest hundredth as needed.) Class Frequency, f Midpoint 15-25 ulative dpoint Relative frequencyfrequency 18 Enter your answer in the 6 Homework: Sec. 2.1 core: 0 of 1 pt 1 of 20...