## Drill Master Portable Pocket Hole Jig Unity,Wood Carving Kit Harbor Freight Up,Woodworking New Berlin - Plans On 2021

**drill master portable pocket hole jig unity.**Find the bubble temperature of a three components equilibrium mixture if the following data is provided. Getting The Team Together The main villain would be Mina Loveberry, replacing Lord Vortech. Determine taking centrifugal tension in account, width of the belt required.

Derive the typical value of the same for the half wave dipole. OR What is an array factor? Compare Broad side array with end fire array.

OR 10 8 Explain the general working principle with neat sketch if necessary any three : i Horn antenna ii Parabolic antenna iii Microstrip antenna iv Helical antenna v Pattern multiplication.

Electrical Sem. If the armature resistance is 0. Derive expression for distribution factor. Draw the phasor diagram for the alternator when operating on full load at 0.

Neglect armature resistance. One machine is loaded upto KW at 0. What is the load and p. The resistance and synchronous reactance per phase are 2.

What are the causes of hunting? What is the roll of damper winding? How its performance differ from a synchronous motor? Give the principle of operation of LIM. How are the various windings of a machine represented by the primitive machine? Show that power invariance is maintained under this transformations. Elex Sem. Marks : Answers to the two Sections should be written in separate books.

Neat diagrams must be drawn wherever necessary. Black figures to the right indicate full marks. All questions are compulsory. Justify the statement. What is H x for an uniformly distributed random variable X over the interval [0, a]?

Determine the Huffmann code for first and second order extension. Calculate the average code word length and efficiency of the code. If the signal to noise ratio on the channel is 30 dB, determine the capacity of the channel.

If the above channel is to be used to transmit 48 kbps g data, determine the minimum SNR required. Verify the result with syndrome. How does burst error correction take place? Explain with suitable example. Construct the code tree, state diagram, trellis diagram. Find out the output of the encoder corresponding to the message sequence using trellis. The code should correct 2, 3 and 4 errors.

Discuss in brief about symmetric and asymmetric cryptography. Enlist different types of diversity techniques and explain any one with the help of block diagram. Calculate : a Free space loss b Power gain of each antenna c Received power in dBw. Printing Sem. B Write short notes on any two : 10 8 1 Hering's opponent colour theory 2 Scotopic vision, photopic vision 3 Human vision deficiency OR 1.

A Explain the following points for illuminants 8 1 Spectral power distribution graph. C Compare densitometer, colorimeter, and spectrophotometer 3. Answer any two : A Explain the term standardization. Explain any standardized input to output printing workflow. B Explain the term calibration, also explain Proofer calibration for any substrate. Chemical Engineering Sem. Taylor to the Scientific Management. OR 8 a Differentiate Partnership and Proprietorship as a form of business.

OR 8 a What is recruitment? Explain various sources of recruitment? Explain any two types of wages and give characteristics of good wages. Explain various steps for effective purchasing. Explain bin cards and stores ledger accounts. OR 9 9 a Explain Tenders along with its types.

State various terms and conditions in tenders. What are the factors affecting on Price Fixation? Give advantages of Advertising. Explain the Patent Rights. Explain the different types of Contracts. Explain with a suitable example. A What is information system?

Explain various types of information systems with suitable examples. Why does a manager need to understand these levels of management? A How does the use of Information Technology IT support business operations and decision-making in a telecom service provider company?

Which is the model suitable for IT sector? A What is human resource management HRM? A Explain the importance of MIS in education sector. B Differentiate between service and product.

What is distinctive service? A What is ERP? What resources do ERP systems manage? B What are major benefits of implementing ERP systems? Explain it with suitable examples. A What is call center? What are the different activities performed in the call center? B What is BPO? What are processes that can be outsourced? Give a classification of BPOs. A How can you differentiate online e-commerce applications from other online applications?

Explain different phases of CRM. Give benefits of CRM. A Discuss the role of supply-chain management in automobile sector. B Explain the challenges faced by integrated e-commerce business in Indian environment. A What is DSS? B Discuss in details any application of DSS. What are modern techniques used in design of DSS? A Explain knowledge-based expert system with a proper example. What are their limitations? A What are the legal issues involved in use of IT products? How do we deal with them?

A Explain the need for information security? Explain what measures we can take to stop computer crimes? Which is the technique best suited for financial transactions? Information Technology Sem. Marks : Instructions:1 Answers to the two Sections should be written in separate answer books. What are the principles of testing practices? Cardinality 2. What is the characteristics of a good design? What is software scope? In Section II attempt Qu. Export 10 11 14 14 20 22 16 12 15 13 Import 12 14 15 16 21 26 21 15 16 14 8 8 Calculate the coefficient of correlation between the export and import values.

What is the probability that r nines occur? Find the probability that at least 3 nines occur. If a sample is distributed normally with mean 3. Compare the result with exact values. Write the algorithm for the method used. Write the computer algorithm for the above method. Marks : Instructions : i Answer any three questions from each Section. How many SFRs are bit addressable? Answer the following: a Differentiate between real mode and V86 modes of DX.

Give details with the help of descriptor format. How do you vary the segment size? How it is different in each case? How it is useful in address translation? Give details. Who can execute these? Give details of different SFRs involved in interrupt handling.

Give two examples for each addressing mode. How TSS is helpful in multitasking? Will it be different, if mode changed to protected mode?

Mention their use. Marks : Instructions: 1 Solve Q. Mention the functions of ballast and state the requirements of a good ballast material. State the maximum permissible value for cant, cant excess and cant deficiency. Discuss all the types of gradients giving their permissible values adopted on Indian railways. Write short notes on : i Sky bus ii Metro rails iii Buffer stops iv Scotch block. OR 16 6. Draw sketches.

What are the points to be observed and carefully considered in the design and construction of portals? Write explanatory note on shotcreting or rock bolting. Explain various mucking facilities in tunnels. Write short notes on : 16 i Cherry picker method for mucking ii California crossing method iii Necessity of dust suppression and requirements of ventilating system iv Immersed tubes.

Explain the following with sketch : 16 i Fender any one ii Floating dock iii Marine railway iv Breakwater any one. Name the instrument with its working diagram.

Name some of the manometric liquids and point their fields of application, advantages and limitations. OR 8 10 Absorption Spectroscopy. Answers to the two Sections should be written in separate books. Use of logarithmic tables, slide rule, Mollier charts, electronic pocket calculator and steam table is allowed.

Define thermal conductivity and discuss factors affecting it. Differentiate between isotropic and anisotropic materials giving one example of each. Calculate heat transfer rate and other side plate temperature. If the rating of heater is 1 kW, find : i maximum temperature in the system ii outer surface temperature of the two slabs iii draw equivalent electrical circuit of the system.

Explain significance of critical radius of insulation. Derive an expression for critical radius of insulation for cylinder using standard notations. What do you understand by response time of a temperature measuring instrument?

If 12 uniformly spaced fins are used, each 0. Which ball should be put in the oil first? After how much time, other ball should be put in oil? Justify the answer and formula used. The pipe diameter is 20 cm. If the total heat loss from the pipe per meter length is 1. The plate is 2 m long.

Heat transferred from first 40 cm from the leading edge is 1. Determine width of the plate. Use following correlation. Assume black body radiation function as 0.

Establish a relationship between them. Write expressions of view factor relations. Calculate the view factor between two opposite sides of a hollow cube, if view factor between two adjacent sides of it is 0. What is the significance of critical heat flux in design of evaporators? Use of logarithmic tables, slide rule, Mollier charts, electronic pocket calculator and stream tables is allowed.

Answer the following questions in brief : 18 a Explain molecular and eddy diffusion by giving suitable examples. If the total pressure is constant throughout the tube, calculate the flux of CO2 at steady state.

Gas B diffuses back to the gas stream. Derive the final equation for NA at constant pressure P and steady state in terms of partial pressure. In one study the level of liquid A was initially 0. The molar flux of component A at the top of the test tube was found to be 1. Find the diffusion coefficient for A into gas B. Assume that gas B is insoluble in liquid A. The partial pressure of A at the surface of the liquid was 0.

The gas mixture is at K and 1 atm. Using an appropriate empirical correlation, calculate the diffusivity of : a hydrogen sulfide in the gas mixture b sulfur dioxide in the gas mixture. The pressure and temperature of the gas are 3 std. Calculate rate of H2 loss per unit length of tube due to diffusion. Assume air temperature to be —10 C. Use the following mass transfer coefficient correlation for this type of phenomenon : [Sh Sc—0.

Using the analogy between mass and heat transfer, calculate the instantaneous rate of sublimation at the surface of a naphthalene sphere in air at The diameter of sphere is Its concentration is about half saturated in 3 minutes. Predict the mass transfer coefficients. A solid disc of benzoic acid 2. How fast will it dissolve in a large volume of water?

How fast will it dissolve in a large volume of air? The solubility of water is 0. Under what conditions the wetbulb temperature and adiabatic saturation temperature will be identical? The product has a drying surface of 0. The material has a critical moisture content of 0.

The drying rate in the falling rate period is proportional to the moisture content and the mass transfer coefficient is 5. Explain the following terms : a Free-moisture content b Equilibrium-moisture content c Unbound moisture d Bound moisture. Marks : Instructions: 1 Answer 3 questions from each Section. The coefficient of friction between belt and pulley surface is 0.

Determine taking centrifugal tension in account, width of the belt required. If it is given that belt thickness is 9. The service factor may be assumed as 1. The following permissible stresses may be used. Material is same as of shell. Write short notes on following any four : a Codes and standards b Factor of safety c Nozzle compensation d Types of belt drives and their selection criteria e Pressure relief valve and rupture disc.

What are the consequences of fouling? Explain the breathing loss in details. What are the formulae used to get the shell thickness at different height. Also mention the plate thickness for bottom plates of this cylindrical tank. Also give design of conical roof with considering slope 1 in 5. State different types of agitator. Explain any one agitator in detail with neat sketch. Comment on functionality of the following : i Ethylene glycol ii Maleic acid iii Vinyl chloride iv Glycerol.

Why concept of average molecular weight is needed in case of polymers? Fraction M. Can polydispersity be less than one? Justify the following statements : i In emulsion polymerisation the monomer droplet works as a reservoir.

Give one example of an inhibitor. A The distance travelled by a particle at different time instants is given below. Only step-by-step procedure is expected.

A A slender metal rod subject to temperature variation along its length results in the following equations, indicating the temperature distribution. A Solve by simple iteration successive approximation method with accuracy cos x. Also draw the flow chart for the same. OR dx 2 using Gauss-Legendre 2 point formula. Explain various activities performed in information system.

Write importance of Organizational Culture and Organizational Power in an organization. Comments on its span of control. Justify with suitable example. What are the various subsystems a Personal Management System uses to perform those tasks? How Information Systems helps in Hotel services?

Explain how Information Systems supports detail working of the operation, allocation and planning of production management. Write importance challenges in BPO management. Explain with suitable examples. Also explain various resources required for setting e-commerce firm. Write the challenges and trends in Customer Relationship Management. Discuss the relevance and role of MIS in various phases in decision making. Also explain main features of DSS. How encryption is used as a tool for security management?

Explain the benefits of biometrics security over traditional security methods. Write the basic objectives of information system security. Give examples to explain your answer. Marks : Note : 1 Answer question 1 or 2, 3 or 4, and 5 or 6 from Section — I and question 7 or 8, 9 or 10 and 11 or 12 from Section — II.

As a result this concept is not too useful when designing interfaces. Instead we identify specific things about the interface that we can measure that relate to the effectiveness and success of the product. Explain three of these measurable quantities we can use to determine success. Explain the advantages and disadvantages of participatory design.

If your system interface is poorly designed, what are the problems user may face? What are the limitations of such testing? Justify your answer with examples. Explain any two applications of each. Discuss these features in terms of web design guidelines. Marks : Instructions : 1 2 3 4 5 Figures to the right indicate full marks. Use of programmable calculator is not allowed. Draw a neat sketch wherever necessary. Make necessary assumptions wherever required.

Devise mechanism to Drill Master Portable Pocket Hole Jig Kit Reviews Review explain the observed rate. The kinetic data on reaction of sulphuric acid with diethyl sulphate in aqueous solution at 22 as follows. Find rate equation for this reaction if initial concentration of acid is 5. Sucrose is hydrolysed at room temperature by action of enzyme sucrase. Show by calculation whether these data fit kinetic equation. Determine k and M. The liquid phase decomposition of A is studied in MFR. The results of steady state runs are as follows.

Exit Conc. Holding time, sec 2. The data was collected at C and 10 atm. Construct plot of temperature Vs conversion and determine the optimum temperature. A sample of tracer was injected into a vessel and effluent concentration was measured as function of time. Construct C and E curve and determine the fraction of material leaving the vessel that has spent 3 and 6 min.

The concentration readings are given below represent continuous response to a pulse input into closed vessel. The vessel is to be used as reactor for decomposition of liquid A. Calculate the conversion of reactant A in real reactor. Figures to the right indicate full marks. Assume suitable data if necessary.

Answer to the Sections — I and II should be written separately. Explain with neat sketch method of checking straightness of straight edge by wedge method. Explain advantages and limitations of pneumatic comparator. The red and blue wavelength emitted by this lamp are 0.

Calculate the nominal fractions expected for the gauge for red and blue wavelength. Explain Rack correction and compression correction. OR a Explain Quality Policy. Each shipment consists of number of cartons, as a part of the acceptance procedure for these bolts, bolts are selected at random form each carton and are subjected to visual inspection for certain defects.

In a shipment of 10 cartons the respective percentages of defectives in the samples form each carton are 0, 0, 0, 5, 0.

Does the shipment of bolts appear to exhibit statistical control? Defectives found in sample are not to be replaced. Marks : Instructions: 1 Attempt Q. Column is carrying a load of kN at free end at a distance of mm from the column flange.

Design the welded connection. Design a section using unequal angle with longer leg connected to gusset plate. Also design the bolted connection. Explain in details with sketches. Design bolted framed connection.

Top flange of both the beams are at same level. Draw the neat sketch showing design details. The unsupported length of member is 3 m. Design a single angle section with welded connection and draw the sketch with design details. Compression flange of beam is laterally supported only at ends and centre of beam.

The ends are restrained against torsion. Design a cross section of beam and apply usual checks. Also calculate maximum superimposed uniformly distributed load the beam can carry on simply supported span of 6 m.

The compression flange is laterally restrained throughout the length. Also design the end bearing stiffener. The truss is covered with A C sheet. Calculate Panel point dead load, live load and wind load for the truss. The clear available width is 2. Design the cross beam for the bridge. Type of load Intermediate panel point load in kN 01 Dead load 03 02 Live load 02 03 Wind load 05 suction 13 b For the foot over bridge shown in Fig.

RCC slab of mm thick is provided as flooring. Clear width is 2. The unsupported length is 10 m. Assuming column to fixed at both ends, design the section.

Also design suitable lacing system and draw the design sketches. A section ISHB Use of electronic pocket calculator is allowed. From Section — I, solve Q. The component shown in fig. All dimensions are in mm Fig. Explain each in brief. The frequency of line stops is 0. When a line stop occurs, the average down time is 4. Ideal cycle time is 1. Work element Te min Predecessor 1 2 3 4 5 6 7 0.

Which softwares are used? Explain the terms used : 1 Work volume 2 System accuracy 3 Degree of freedom 4 Precision movement. Describe the effect of these errors on the performance of the gear. What are the conditions under which this phenomenon takes place? Draw the band structure obtained for following surfaces.

Explain with neat sketch house of quality. Casting No. Write the comments about the process. Explain hydrogen cooling method for alternator. To design magnetic circuit of electrical machines which type of materials is used.

The water inlet temp. Calculate amount of water required per second. Also calculate the area of water duct in each subconductor if there are 48 slots with 2 conductors per slot and each conductor is subdivided into 32 subconductors. The velocity is not to be exceed 1. Calculate the power of water pump if its efficiency is 0. Stepped core for which area factor is 0.

The effect of joints is equivalent to that of an air gap of 1 mm in the magnetic circuit. Clearly state the units and meaning of each symbol used.

Find cross-sectional area of stator conductor choosing current density of 4. State any other assumptions used. Explain the effect of length of air gap on the overloading capacity of I. What steps are taken while designing, to avoid their occurrence? Determine the relation between bar and end ring currents. State assumptions used. Discuss its effects on power factor and over load capacity of an induction motor. OR 5 Draw the electrical analogous circuit based on force-current analogy.

Find the values of static error constants. Write also the equations for each controller, giving relationship between input and output. Discuss also special cases with examples. Also discuss corelation between time and frequency domain specifications for a second order system. Describe any one type. Explain different criterias for tuning of controller.

Develop relay ladder diagram for the same. The heater will turn ON when ON switch is activated, the door is closed and temperature is below limit.

A red light should glow when the door is open. Explain any two accessories in brief. Marks : Instructions :1 Solve Que. Use slope Deflection method. Analyse the rigid jointed plane frame, loaded and supported as shown in fig. Analyse the beam, loaded and supported as shown in fig. Analyse the rigid jointed plane frame loaded and supported as shown in fig. State the assumptions made in Cantilever method of Approximate analysis.

Hence analyses the rigid jointed 2-bay 2-story plane frame with fixed supports at ground, with following data. Also find the support moment and support reaction. Assume constant EI and constant area for each member. For the cable, if L is the length, x, y are the Co-ordinates of the any point on the cable, h is the dip, then derive the expressions for maximum tension in the cable, equation of the cable, and length of the cable.

Hence draw the illustrative stress distribution diagram in elastic, elastoplastic and plastic stage. Find the following : 8 i Length of the cable between the piers ii Horizontal pull in the cable and iii Tension in the cable at the piers. How this method is used for the analysis of the structure? Assume interval increment at 1 m, EI is constant. Use finite difference method. Use finite element method. Marks : Instructions :1 2 3 4 Answers to the two Sections should be written in separate books.

Use of logarithmic tables, slide rule, Mollier charts, electronic pocket calculator and steam tables is allowed. The number of teeth on the pinion is 20 and its speed is rpm. The module pitch of the teeth is 12 mm. If the addendum of each wheel is such that the path of approach and the path of recess on each side are half the maximum possible length each, find i the addendum for pinion and gear wheel; ii the length of arc of contact Assume pinion to be driver.

The pinion rotates at 90 rpm find; i Number of teeth on pinion to avoid interference on it and the corresponding number on the wheel ii The length of path of contact iii The length of arc of contact iv The number of pairs of teeth in contact.

Explain with the help of sketches. B, C being a compound gear wheel. If the motor runs at rpm, find the speed of the machine shaft. Find the torque exerted on the machine shaft if the motor develops a torque of N-M.

The cam rotates at a uniform velocity of rpm and has a least radius of 20 mm. What will be the maximum velocity and acceleration of the follower during the lift and the return stroke? If the cam rotates at a uniform speed of rpm, calculate the maximum velocity and acceleration of the follower during the descent period. Neglecting the effect of stress concentration, determine the diameter of the shaft.

Explain with neat sketches, different ways to reduce stress concentration. The gear pair is to transmit 25 KW power from an IC engine running at rpm to a machine running at rpm. The gears are to be machined to meet the specification of grade 6. The radial and thrust factors are 0. The load factor is 1. If the expected rating life is hours, calculate the required basic dynamic capacity of the bearing.

Chemical Sem. Your answers will be valued as a whole. Use of logarithmic tables slide rule, Mollier charts, electronic pocket calculator and steam tables is allowed. Determine eigen values and eigen vectors of the given system. Neglect spatial gradients in both the ball and the fluid. Find the bubble temperature of a three components equilibrium mixture if the following data is provided.

Use Newton - Raphson method. The ambient temp. Heat flow from one end to other end of the slab is The thickness of slab is 40 cm. Find the temp. Use 2nd order Runge-Kutta method. Calculate the heat added per kg mole of ethylene, using the following equation. Employ over relaxation with a value of 1. Table presents data of vapour pressure Vs temp.

A simple polynomial is often used as an empirical modeling equation. Explain the following terms : 1 Arithmetic mean 3 Variance 5 Coefficient of variation 9. Each M1 model requires 4 Hrs of grinding and 2 Hrs of polishing; whereas each M2 model requires 2 Hrs of grinding and 5 Hrs of polishing. The manufacturer has 2 grinders and 3 polishers. Each grinder works for 40 Hrs a week and each polisher works for 60 Hrs a week. Profiton M1 model is Rs. Whatever is produced in a week is sold in the market.

Formulate the problem to make the maximum profit in a week. A firm produces three products which are processed on three machines. Determine the daily number of units to be manufactured for each product. Assume that all the units produced are consumed in the market. Use simplex method. The liquid evaporates slowly due to gentle stream of gas, which is passed across open end of the tube. Liquid evaporates and liquid level drops slowly. Deduce an expression to estimate the value of diffusivity of liquid vapour in gas.

State the assumptions made clearly. Estimate rate of loss of hydrogen per m length of pipe. The partial pressure of oxygen at two planes 0. If the diffusivity for the mixture is 1. The diameter of tube is 0. The solvent used is fresh and it enters top of the column, gas stream enters at bottom at flow rate 2. Following equilibrium data is obtained.

If the actual fresh solvent flow rates 1. The process is to operate isothermally at K and in a total pressure of Determine number of theoretical stages. The available drying surface is 1 m 2. Experiments showed that rate of drying was constant at 4. All the moisture contents are on wet basis. Explain continuous drying equipments.

Calculate the drying time required. Data : surface area is 0. Define the following terms : i Percentage relative saturation ii Wet bulb temperature iii Absolute humidity. Write a note on any three : i Different types of packing used in packed column. Allowable stress for the material is MPa. Inside diameter of flange is mm. A gasket is provided over the flange face.

Gasket factor is 2. Inside diameter of gasket is mm Pressure inside the vessel is 2. Diameter of bolt is 20 mm. Calculate : i The bolt load ii Bolt area iii Flange thickness. Skirt support is to be designed for tall vertical vessel having diameter 2. The weight of the vessel with all its attachments is 2,22, kg. The minimum weight of the vessel is 1,70, kg. Bolt circle diameter is 32 cm greater than the skirt diameter.

Calculate the wall thickness required by the various theories with a factor of safety 1. Check the suitability of 10 mm thick plates for the construction of conical roof with permissible slope of 1 in 5. Dia of vessel is 10 m. If the plates are not suitable, suggest the required thickness for roof plates. Tubes of 19 mm OD and 16 ID are available with 16 ft. Fouling resistance on both sides may be taken as 0. Metal wall resistance can be neglected. Design the exchanger in detail. Oil is circulated through the tubes.

While steam is circulated in shell, tubes of Suggest a suitable design of the shell and tube heat exchanger. Maximum oil velocity that can be used is 0. Estimate the number of passes on tube side required in a heat exchanger. The vacuum can be used at BPR of the solution can be neglected. Tubes are arranged on square pitch with centre to centre distance equal to 1. Design the evaporator as triple effect with backward feed arrangement.

The mass flow rate of viscous fluid is 2. Plates are made up of stainless steel. Forming a layer 75 mm thick at the walls. By increasing the speed to 0. What will be the percentage change in the amount of wash water which can be applied to each kilogram of cake caused by this increase of speed. What are the limitations to increased production by increase in the speed of rotation of the drum and what is the theoretical maximum quantity of slurry which can be handled.

What volumes of pure methanol and of pure water at Assuming Raoults law to be valid, prepare a P—x—y for a temperature of Determine the equilibrium pressure P and vapor composition y1 from the following information.

The specific heat data are as follows. Assuming that the gas phase is ideal, estimate the degree of conversion and the equilibrium composition. The equilibrium constant for the reaction at K is 1. Assume that the reaction mixture behaves like an ideal gas. The equilibrium constant for the reaction at K is 6. What is the reaction order?

Write notes on : 18 i Differential vs integral analysis. Discuss product distribution in series and parallel reactions. Write notes on any three : i Tanks in series model. A pulse of tracer of amount 3. The following table shows the measured tracer concentration in outflow stream.

Calculate mean residence time and generate E curve. The volumetric flow rate and hydraulic residence time are 0. Marks: Instructions : 1 Answer any 3 questions from each Section.

Draw neat flow diagrams any two : 16 a Production of Absolute Alcohol. Draw detail flow diagram any two : 16 1 Production of ethylene. When the reflux flow rate is four times the amount of top product, find the number of theoretical plates required for the separation.

The feed is half vapour and reflux ratio is to be 4. The relative volatility of A to B is 2. Calculate the number of theoretical plates in the column and locate the feed plate. Water and kerosene are essentially insoluble. The toluene and water are essentially insoluble. If 25 kg of water each time are used per kg of feed, calculate the amount of acetaldehyde extracted and the final concentration of the exit solution. A solution of washed raw cane sugar is coloured by the presence of impurities.

It is to be decolourized by treatment with an adsorption carbon in a contact filtration plant. Introduction This policy implements the procedures set forth in 17 U. It is the policy of the Company to respect the legitimate rights of copyright owners, their agents, and representatives.

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