Design a UV flip-flop using a JK flip-flop and two logic gates. where the characteristic table for the UV flip flop is U V Q(t+1) 0 0 1 0 1 !Q(t) 1 0 Q(t) 1 1 Q(t)

Identify a current issue in workplace : Identify a current issue in your workplace you believe requires change. Identify and discuss the leadership attributes and skills you will draw upon to effect change. |

What is the closest number to the required rate of return : If the dividend growth rate is expected to remain constant at the current level, what is the closest number to the required rate of return on this stock? |

What is the market price of this shock : A conpamy planning on paying $1.5 and $1.75 and $1.8 a share over the next 3 years, respectively. After that, the dividend will be constant at $1.5 per share per year. What is the market price of this shock if the market rate of return is 10.5 per.. |

What are some of the more common challenges or problems : What are some of the more common challenges or problems encountered by the firm in this regard, and what are the possible solutions? Explain your answers. |

Design uv flip-flop using a jk flip-flop and two logic gates : Design a UV flip-flop using a JK flip-flop and two logic gates. where the characteristic table for the UV flip flop is U V Q(t+1) 0 0 1 0 1 !Q(t) 1 0 Q(t) 1 1 Q(t) |

What are some of the different types of variances : What are some of the different types of variances that may occur in a business and the factors that contribute to these variances? |

Thermal comfort in cold climates : Select a building environmental variable of interest to you and compare at least two different systems that can be utilized to provide environmental comfort in buildings |

Find what is the system type as a function of k : Find the range of values of "k" for which the system has two real, distinct, and stable poles. c) Find the value of k such that the system has a percent overshoot between 5% and 10%. d) Find the system sensitivity to k. e) Find the system type as .. |

What is the spacing between reflecting planes in the crystal : If this radiation is directed at a crystal, the first-order maximum in the reflected radiation occurs when the angle of incidence is 2.17o. What is the spacing between reflecting planes in the crystal |

## Develop a sensor circuit using commodity componentsETEC 6414 Sensors and Wireless Communications, Assignment 1(a) –Sensor Circuit, Develop a Sensor Circuit using commodity components |

## Determine the exit velocity and the exit temperatureSteam at 3.45 MPa, 260oC enters a well-insulated valve operating at steady state with a mass flow rate of 0.05 kg/s through a 2.54 cm diameter pipe. The steam expands to 1.40 MPa with no significant change in elevation. |

## Describe bandpass filters with any center frequencyan Armstrong indirect FM modulator to generate an FM carrier with a carrier frequency of 96 MHz and deviation of f=20 KHz. A narrowband FM generator with Fc=200 KHz and adjustable deviation f in range of 9 to 10 Hz is available. |

## Determine limits if the amplifier is replaced by opa300 unita 60-kHz sinusoidal signal is applied to an amplifier with a gain of k=2. the circuit is built with an lm741 opamp with power supplies +-13V. find the largest amplitude the signal may have before it is limited by slew rate constraints. |

## Determine what is the potential of the body nowA body attached to earth ground by an electrical conductor is at zero electrical potential. A charge of 25 C is added to the body. What is the potential of the body now. Explain. |

## Derive an expression for the surface current densityDerive an expression for the surface current density (Js) on the conductor surface. In a diagram show the vector relationships among Js , the magnetic field Hs at the surface of the conductor, and the incident electric field vector. |

## What amount voltage is required to obtain the fieldElectrons in silicon carbide have a mobility of 1000 cm^2/V-sec. At what value of the electric field do the electrons reach a velocity of 3 X 10^7 cm/s Assume that the movility is constant and independent of the elctric field. |

## Design a microstrip transmission line with z0Design a microstrip transmission line with Z0 = 100 ohm that will be etached onto a dielectric substrate with er= 3 and a thickness of 4 mm. what should be the width of the microstrip line |

## What is the heart rate which will measure4. Your measurement device samples data every 0.1 minute. What is the heart rate you will measure 5. How will your measurement change if the sampler period goes down to 0.01 minute 6. How will your measurement change if the sampler period goes up to .. |

## Determine the correct value for s and iGiven a 1-phase 50 kVA 12.47 kV pf = 0.8 lagging static load a. Modeling the load as constant complex power, determine the correct value for S and I. b. Modeling the load as constant complex impedance, determine the correct value for Z and I. |

## Why the ic was pretty much constant for first ohms valuesThe Ic was measured for different values of a load resistance. It was noticed that Ic was pretty much constant for the first 1900 ohms values, but then it suddenly decreased. Why did that happen |

## Find the chemical energy that can be converted into electricHow many years/days/hours can a 12V car battery supply a 250A to a starter motor if the battery has 2TJ of chemical energy that can be converted to electric energy |

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