Figure 6.11 shows a 6 x 6 barrel rotator. Redesign it so that it will perform right or left logical shifts of from 0 to 5 positions according to the value of a 4-bit signed integer, where right shifts are specified by positive numbers and left shifts by negative numbers.
Hi in the figure below wha tissue type of structure 16?
Fibrous cartilage
Epithelial tissue
Loose connective tissue
Fibrous connective tissue
Reticular connective tissue
Hyaline Cartilage
and if possible the LOBE of the brain indicated by label 17, what type of sensory information would be processed in this lobe?
Smell
Vision
Balance
General somatosensory information
Hearing
Taste
Figure 3. Transverse section through the head from the Insight database. Use this figure to answer questions 21 – 25.
Figure 3 shows an infinite plane wall of thickness 2L with uniform internal heat source of q0 in [0, L] and cooling source of -q0 in [-L, 0] under steady heat conduction, i.e
{(d2t/dx2)+(q/k)} = 0 where q= q0 when 0<x<L and q= -q0 when -L<x<0
The boundary conditions are T=T1 at x=-L and T=T2 at x=L. We can solve the problem piece wisely by finding solutions in [-L,0] and [0,L]
(a) By requiring the temperature at x=0 to be T0 and heat flux at x=0 to be continuous, show that solutions are
T= [-(q0/2k)* x(x-L)]+ (T2/L)*x + (T0/L)*(L-x) when 0<x<L
T= [(q0/2k)* x(x+L)] – (T1/L)*x + (T0/L)*(L+x) when -L<x<0
where T0= (T1+T2)/2
(b) Find the locations of local maximum and minimum temperature.
(c) Calculate maximum and minimum temperatures.
Figure 3-5
Personal Computer Industry Market Shares
Assume the following correctly shows the market shares of the five firms in the market:
FirmMarket Share——————————-Dell50%HP30%Gateway9%Toshiba6%Apple5% ——- 100%
a. It will drop to 3,425.
b. It will not change.
c. It will increase to 10,000.
d. It will increase to 4,550.
e. None of the above.
Figure 3-5 Personal Computer Industry Market Shares Assume the following correctly shows the market shares of the five firms in the market: Firm Market Share Dell 50% HP 30% Gateway 9% Toshiba 6%Apple 5%100% Refer to Figure 3—5, above. If HP merges with Gateway and Toshiba, what happens to the Herfindahl-Hirschman Index?
Figure 23-38 is a section of a conducting rod of radius R1 = 1.47 mm and length L = 12.10 m inside a thin-walled coaxial conducting cylindrical shell of radius R2 = 10.1R1 and the (same) length L. The net charge on the rod is Q1 = +3.73 × 10-12 C; that on the shell is Q2 = -2.20Q1. What are the (a) magnitude E and (b) direction (radially inward (type 1) or outward (type 0)) of the electric field at radial distance r = 2.32R2? What are (c)E and (d) the direction (1 for inward, 0 for outward) at r = 5.15R1? What is the charge on the (e) interior and (f) exterior surface of the shell? Give electric fields in N/C and charges in Coulombs.
Figure 23-36 shows a section of a long, thin-walled metal tube of radius R = 4.84 cm, with a charge per unit length λ = 4.49 x 10-8 C/m. What is the magnitude (in N/C) E of the electric field at radial distance (a)r = 1.21 cm and (b)r = 6.53 cm.
Hey, guys! I need help with this as I’m a little lost on how to go about solving this? Thanks!
Figure 2. [a] A disk slides toward a motionless stick on a frictionless surface. {h} The disk hits the stick at one end and adheres to it, and the).r rotate together, pivoting around the nail. Angular momentum is conserved for this inelastic collision because the surface is frictionlessand the unbalanced external force at the nail exerts notorque. Rotation in a Collision Suppose the disk in F’gure has a mass of 50.0 g and an initial velocity of 30.0 rats when it stn’lces the stick that is 1.20 m longand 2.00 lcg. (a) What is the angular velocity of the two alter the collision?(D) What is the kinetic energy before and alter the collision?(c) What is the total linear momentum before and afler the collision? strategy for (a) We can answer the first question using conservation of angular momentum as noted. Because angular momentum is Iw, we ___ __I.._ .__ ___…__.__.__u__
Use the block diagram of a dip-slip fault below to address the following questions (note that the fault is show in bold black, and offsets the layers; the red line is there to show you what vertical is):
What is the strike direction for all of these beds, North-to-South or East-to-West?
Is the block on the right of the diagram the hanging wall or footwall?
Which type of dip-slip fault is this?
Which type of stress causes this fault, tensional, compressional, or shear?
At which plate boundary are these faults most common, divergent, convergent or transform?
Figure 11.9
FIGURE I1. 9 The different categories of faults .Dip- slip faultsHanging wall upHETging WE’ll downREVERSE LETEED ELODIE!Thrust IJEnt’s Sloppy!`HangingwallAn undeformed block;LIEfore faulting*FestivE!16) Displacement an & IFHE’D fault is FIETallel to the fault’s ELODIELeft-laterE!Strike – slip faultsRight- lateralDIED ELEMENTDisplaceITIEntWeathered fault EVERYZip line*16) Displacement on & striker slip fault moves and black horizontally withHalf arrows indicate*TEEFFECT to the Other . There is no up-and- down .nation.the SENSE of Elip .Oblique- slipHangingHEVETEE FILE LEFTlateral diED aCEMENTfaultsHormel plus. night -wall blacklatarEl VISpilEZZITentFact wall black*Call The black of crust Etave & nan- vertical faultis the hanging well, whereEs the black below is*the frontwall .` ] CHIEFlaCENTIEnt on an OthquErslip fault combines Jorslip and ELIKE- E.`THEPlacement LINE black manEE diagonally relative to the other .
69
Calculate and discuss how Fortescue Metal’s cash conversion cycle has changed from 2016 and 2017. What is the cause of this change?
Do we need any additional comparison data to make our analysis more complete?
I am confused that should I add up AR and AP figures in both current and non current asset and liabilities or just use the figures in currentjQuery224021244806676200922_1537238295599
Please advise, thank you.
File is also attached below
Overview
In this activity, you will revisit the Paint program from Module Six. Your original program calculated the amount of paint needed, but depending on the width and height, that value could be a long decimal. Your program will better suit the needs of the user if it can calculate the number of cans needed as an integer value. For example, given that 1 gallon = 1 can of paint, we might expect the Paint program from Module Six to output:
Paint needed: 2.142857142857143 gallonsCans needed: 3.0 can(s)
You might at first think that you could just cast the gallonsPaintNeeded variable from a double to an integer type. However, that would merely cut off the decimal portion of the value, resulting in an underestimate of the number of cans needed. You might also consider rounding the number, but that would not work for the sample output provided above since normal rounding rules would suggest 2.0 cans, an underestimate. So, the computational problem you are faced with is to calculate the number of cans and round up to the nearest whole number. In order to determine if that method for rounding up exists as part of one of Java’s core classes, we need to consult the documentation. There might be a single method that we can use or we might have to use more than one method.
Prompt
For this assignment, you will complete the Paint program by adding code that calculates the number of cans of paint needed. Use the Uploading Files to Eclipse and the Downloading Files From Eclipse tutorials to help you with this project.
Input:Input:Input:Input:30257.522.8203525.421.6Output:Output:Output:Output:Paint needed: 2.142857142857143 gallonsCans needed: 3.0 can(s)Paint needed: 0.48857142857142855 gallonsCans needed: 1.0 can(s)Paint needed: 2.0 gallonsCans needed: 2.0 can(s)Paint needed: 1.5675428571428571 gallonsCans needed: 2.0 can(s)
Guidelines for Submission
Attach your completed Paint2.java file to the assignment submission page.
Module Seven Assignment Rubric
CriteriaProficient (100%)Needs Improvement (75%)Not Evident (0%)ValueMethod SelectionSelects a method that appropriately handles all test casesMeets some “Proficient” criteria but with errors, such as not handling all test casesDoes not attempt criterion65Method ImplementationUses the selected method such that the accurate value is calculated and output to the user is correctMeets some “Proficient” criteria, but with errors or exclusionsDoes not attempt criterion35Total:100%
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