8. D B Given: DE|BC, AD = 5, DB = a +3, AE = a +1, EC = 3(a - 1) Find: a and EC (8 pts) K 9. Given: KM 1 JL,JK I KL Prove: AJKL - AJMK (Using a two-column proof) (10 pts) A Statements Reasons
How many moles of oxygen atoms (0) are in 5.2 moles of Fe,0,? a) 0.0 b) 0.87 c) 1.7 d) 2.6 e) 3.5 ab) 7.8 ac) 10. ad) 15.6 a) 31.2 3.2 + ( 3 ) = 15.6 18) What is the coefficient for H20 when the following equation is balanced? _ BF, (g) + _H20 (1) ► _B20(g) + ___ HF a) 0 b) 1 c) 2 d) 3 e) 4 ab) 5 ac) 6 ad) 7 ae) 8...
15)Find the value of x, given DE¯¯¯¯¯¯¯¯∥BC¯¯¯¯¯¯¯¯, AD=x+33, BD=x+13, AE=18, and CE=10. Question 15 Find the value of , given DE || BC, AD = 7+33, BD = 1 + 13, AE = 18, and CE = 10. B D P с E a) O 12 b) 09 c) O 10 d) O 15 N e) None of the above
Given: A four-bar linkage, with w2=10 rpm, as shown in the figure Please do the Position Plot, Position Analysis, Velocity Plot and Velocity Analysis, and find Find: VA VB, Vc, VD, VE E 3 AB = 1.75 AD= 3.55 CD=2.75 BC = 5.15 BE=2.5 EC = 4.0 BC 2 120 Given: A four-bar linkage, with w2=10 rpm, as shown in the figure Please do the Position Plot, Position Analysis, Velocity Plot and Velocity Analysis, and find Find: VA VB, Vc,...
13) Deflection Angle STA. 17 53 Point on Curve to Point on Curve Point on Curve 8) L- S84 20 00"E 9) Bearing 10) Distance 11) N= 12) E 7) STA.- BC N 10,000.00 E 12,000.00 STA. 1930 EC AE48 50 12" RAD 950.00 1) 2) LC_ 3) TAN 4) E 5) M 13) Deflection Angle STA. 17 53 Point on Curve to Point on Curve Point on Curve 8) L- S84 20 00"E 9) Bearing 10) Distance 11) N=...
Please help to complete parts c and d. Do not help if you are going to just copy and paste from previous request. Thanks. The oriented graph representing an electrical network has the following incidence matrix AE BA BC CA CE DC EA ED A 1-1 0 -1 0 0 1 0 C 0 0 1 1 1 -1 0 0 D OO 0 0 0 1 0 1 E 1 0 0 0 1 01 1 (a) Draw the...
Given the directed graph with vertices(A, B, C, D, E, F, G, H, I) Edges (AB=5, BF = 4, AC = 7, CD=3, EC = 4, DE = 5, EH = 2, HI = 4, GH = 10, GF = 3, IG = 3, BE = 2, HD= 7, EG= 9 1. What is the length of minimum spaning tree? 2. Which edges will not be included if we use Kruskal's algorithm to find minimum spaning tree?
Can you show Kruskal Method? (but since Kruskal Method uses priority queue can you show each step in the form of a priority queue list. You can use an illustration but IT MUST CONtain a priority queue like following the pseudo code of it and enqueueing it and dequeuing it W (AB) = 9 W (AC)=7 W (AD)=1 W (AE)=7 W (BD)= 4 W (BF) =8 W (BK)=1 W (BL)=5 W(CF)=7 W(CK)=5 W(DE)=5 W(DF)=1 W(DG)=9 W(DH)=6 W(GJ)=5 W(EF)=7 W(EI)=5 W(FG)=7...
This is database design class, I can't solve part 3 and part 4 can you please help me? Thank you 3. Use Armstrong's Axioms to show that if F={A->B, C>D}, F logically implies AC->BD. (20 points) 4. Consider a relational schema R=ABCDEGHI, and the following set of functional dependencies: F={A->BC,B=>CD,DE->GH} a) Find A+. Show your work. (10 points) b) Find AE+. Show your work. (10 points) c) Find BGH+. Show your work. (10 points)
Exercise 07.07 (Self-Test) Algorithmic Questions Question 5 of 7 3 Check My Work 4. 5. eBook Video 6. The following data are from a simple random sample. 7 2, 8, 12, 6, 12, 14 a. What is the point estimate of the population mean? b. What is the point estimate of the population standard deviation (to 1 decimal)? 13 Hide Feedhack Partially Correct Questions Exercise 07.01 (Self-Test) Algorithmic Question 7 of 7 A-Z Check My Work 6. eBook Video Consider...