5. (3 pts) Determine the organization of each of the memories
below given their number of address and data lines.
(a) EEPROM A17-A0,
D8-D0
(b) NV-RAM A11-A0,
D16-D0
(c) DRAM A8-A0,
D3-D0 (careful!)
5. (3 pts) Determine the organization of each of the memories below given their number of...
2. (18 pts) For each of the molecules/ions given below: a. Determine the total number of valence electrons b. Draw the Lewis structure. c. Name the elect ron-domain (VSEP R) geometry d. Name the molecular geometry and illustrate the 3D structure with bond angles if applicable. e. Indicate the hybridization of the central atom, if possible. PF3 ICl4 Brl3 NO3 ХeFz ICls
3. (5 pts) For each of the listed functions, determine a formula for the derivative function. For the first two, determine the formula for the derivative by thinking about the nature of the given function and its slope at various points; do not use the limit definition. For the latter three, use the limit definition, Pay careful attention to the function names and independent variables. It is important to be comfortable with using letters other than f and r. For...
3. (5 pts each) Given the following reactions, determine the following Ni2+ + 2e - → Ni, E. = -0.25 V Pb2+ + 2e → Pb, Eo = -0.13 V a. Calculate the change in Gibbs free energy of the electrochemical cell. b. Calculate cell potential of a galvanic cell based where [Ni2+] = 0.030 M and [Pb2+] = 0.300 M.
7) (15 pts) Determine the relevant voltage asked for in each case below: a) (5 pts) Find the magnitude of the emf generated when a solid metal object with dimensions 12cm x 3cm x 5cm (into the page) is moving with a speed of 4m/s through a region where there is a constant 0.02T magnetic field, as shown. B 12cm 775cm 3cm b) (5 pts) Find the magnitude of the emf generated at t=2s when the magnetic flux through a...
4) Determine the mobility of each planar linkage shown below, specify the number of joints and members. 5) Determine the mobility of each of the planar linkages shown below. Specify the number of links and members. 6) Determine the mobility associated with the mechanism below. The round part rolls without slipping on the pieces in contact with it 7) If position information is available for all points in the planar linkage shown below, can all the velocities be determined uniquely...
Question 3 25 pts Given the circuit below, determine the average real power P supplied by the circuit. Give your answer as positive and in units of W. Use the following quantities: w = 744 rad/sec and Vin = 47 20°V Vout 3 mH 5 F 4002 V. 2002 25 pts U Question 4
Q#3: Given the deformation of a 4-story building shown below. Determine the allowable and design drifts of each story. (5 Pts) A: = 5 cm A: = 3.5 cm Az = 2.5 cm A: = 0.5 cm Q#4: Determine the seismic design parameters and spectrum of a site in Miami, Florida according to ASCE 7-10. The site is Class C. (5 Pts)
Question 13 5 pts Given the graph of displacement vs time below, determine the period of oscillation for this mass on a spring. Displacement from equilibrium vs time for a mass on a spring Displacement of the Mass from Equilibrium (m) & Time(s) Note, because Canvas often does not correctly copy images, here is a linke to the graph external to Canvas. . The period of oscillation is
9. Given the following data, determine the nu- merical value of each of the expressions below. Person (i) X, 610 99/ 4 5 25 4 0 7 49 749 8 i.ΣΧ Xi 10. Given the data from Exercise 9 for X and Yan that c, a constant, equals 3, determine the nu merical value for the following expressions:
Please solve each item in a detailed and descriptive way.
Q5. Total 35 pts. Below given single stranded DNA sequence was retrieved from a prokaryote; Promoter region is shown with yellow color Transcription start site is shown with green color Ribosome binding site is shown with blue color 5'ATAGTCGTCGATCGATGGCTTAGCTAGCTTCGATTTCGTAGCTCTGATTAAACGCGCGCATATATCGAT ATCTAGCTAGCTATATTCGCTGATCGCTAGTGTGCGTGATGCTGCTAGGATCAGGTATCGGTCTGATCTA GTATTAGTGCCCGTAGCTGATGCTTCGTCGTAGATCGCTGATTCGCTAATAGGCTGCTAGTCGATGCTGT A3' A) Write the sequnce of double stranded DNA from given single stranded DNA sequence. (5 pts) B) Show template DNA strand used in transcription. (5 pts) C) Write...