Situation: Librarians categorize the library books into loanable and non-loanable books. The non-loanable books are the reference books. However, the loanable books are the non-reference books. After cataloguing the books, the books are available for loan. Students who borrow the library books should return them back before the due date. Books that are 12 months over the due date would be considered as a lost state. However, if those books are found in the future, they must be returned back to the library. When the books are found not required in the library or have been damaged, the book would be disposed. Question: Create an state machine diagram

Situation: Librarians categorize the library books into loanable and non-loanable books. The non-loanable books are the reference books. However, the loanable books are the non-reference books. After cataloguing the books, the books are available for loan. Students who borrow the library books should return them back before the due date. Books that are 12 months over the due date would be considered as a lost state. However, if those books are found in the future, they must be returned back to the library. When the books are found not required in the library or have been damaged, the book would be disposed. Question: Create an state machine diagram

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Q1 // Choose the correct answer: 1- A fluid is one which can be defined as a substance a) Has some shear stress at all points. b) Can deform indefinitely under the action of the smallest shear force. c) Has the small shear stress in all directions 2- What is mean by an incompressible fluid? a) Density change with pressure. b) Density does not change with pressure. c) Neither a. or b. 3- A piemeter is used to measure positive gauge pressure of liquid and only limited to low pressure measurement a) b) c) True. False. Neither a or b. 4- The correct water pressure (ywater 9810 N/m') at a depth of 10 m in a tank is open to atmosphere is 98100 K pa gage 98100 pa gage 9.81 pa gage a) b) 5- Which is the expensive device for measuring flow/discharge rate Venturi meter a) b) c) Pitot tube Orifice meter
It is common to place an evaporator in a position a) close to the ground b) near the ceiling The humidity present in the air is related to this type of energy. b) latent heat a) sensible heat c) potential energy
You run a race starting from rest and accelerating at 0.35 m/s2 until you cross the finish line in 14.0 seconds. a) what is your final speed?
Quiz ? A 150 tb ball initially on the top of a 20 ft ladder is dropped and hits the ground with reference to the ground : a) what is the initial kinetic and potential energy of the ball? by ft·lbf unit b) What is the final kinetic & potential energy of the ball? C) What is the change in kinetic & potential energy for the process d) If all the initial potential energy were somehow Converted to heat, how many calories would this amount to ? How many Btu ? How many Joules? 20 fot reference sur farce کم ون يبلغ عدد الوحدات السرطان 3
ASSIGNMENT Issue Date: 14.12.2020 Date of submission: 21.12.2020 1. a) In a certain process, 675 J of heat is absorbed by a system while 290 J of work is done on the system. What is the change in internal energy for the process? Determine also the net work done and change in internal energy if the processes are assumed to be
An unknown object is suspended from a thin string and fully submerged in a container of water. Water surrounds the entire object as it hangs from the string, and the object is not touching the bottom of the water filled container. The object remains at rest at all times. The density of water is 1000 kg/m3. a) Draw a FBD using the unknown object as your system. Be sure to label the forces. b) The unknown object has an unknown mass M. The tension in the string is measured to be (3/5)M g. Calculate the density of the unknown object.
Solve correctly please. Two closed vessels of constant volume are connected by a valve. Container A contains 0.2 m' water at 400 kPa pressure and 80% dryness. In the B container, there is 0.5 m² of water at 200 kPa pressure and 250 °C. The valve opens and the water in the two containers becomes the same after a while. Assuming that the system has finally reached thermal equilibrium with the environment at 25 °C. a) Final pressure, b) Calculate the heat transfer during the phase change.
Question 11) Roger gave the following account of a roller-coaster ride: 1 tried a brand-new ride at a science centre. There's a computer screen that tells you how much the car and the people in it weigh and how high and fast you travel. You get into the car and they strap you in. The car weighs 600 kg. At the top, it moves horizontally at a speed of 1 m/s. Then you drop 30 m, make a loop into the air and finish by riding over an 8-m hill. I don't remember our maximum speed or our speed at the top of the loop, but the ride was fantastic!" Answer the following questions without taking the force of friction into consideration. Show your calculations for each question. A v=1 m/s 20 m 8 m a) What is the highest speed Roger could have attained? What is the potential energy of the roller-coaster car when it is at the top of the b) loop? c) What is the kinetic energy of the car as it passes over the top of the 8 m hill? d) What is the total mechanical energy of the system?
Gear drives are projected according to * a)contact stress and bending stress b)shear stress and tensile stress c)shear stress and contact stress d)crushing stress and bending stress e)bending stress and compression stress
i) Find the property that provides the change in size of the material, if the material is subjected to temperature change and explain that property with unit. ii) Water of 1.6 liters is heated to a maximum temperature of 116 °C from room temperature to prepare Arabic coffee for a family using the following data. -- (2.5 Marks) - Heat energy of 623 kJ is supplied to the water - Specific heat capacity of water is 4.2 kJ/kg K - Density of water as 1000.5 kg/m3 Determine the room temperature. a) Mass of water (in kg) b) Room temperature (in °C
Four consumers are willing to pay these amounts for haircuts, and four haircutting businesses have these costs: Consumers' Willingness to Pay Firms' Costs Edison: $45 Firm A: $40 Kevin: $25 Firm B: $20 Maria: $15 Hilary: $35 Firm C: $10 Firm D: $30 Each firm has the capacity to produce only one haircut. For efficiency, should be given. Which businesses should cut hair? Check all that apply. Firm A Firm B Firm C Firm D Which consumers should have their hair cut? Check all that apply. Edison Hilary Kevin Maria The maximum possible total surplus is $
C )Write the effects of three different riders on the bicycle. Acceleration, deceleration, torque etc. Please review. * 3 riders will use the bike and their weights are: 60, 80, 100 kg. The bike will reach a maximum speed of 25 km/h for a person of 80 kg * The gravitational force is 9.8 m/s2. The motor to be used will be a DC motor, three users will use the same bicycle and a single bicycle will be designed. * * The battery to be used is large and strong enough to provide these bike features. The weight of the bike is 25 kg. The diameter of the wheel is 1m. * The following method will be used while designing. 37° 53°