Write a function called AnalyzeData. This function is passed a double array along with a parameter that indicates the number of elements in the array. It is also passed a double value. The function computes and returns the number of values in the array that are greater than this double value. Write a complete C++ function to do this operation. There is no cin or cout in this function.

Know what a reproductive isolating mechanism : Know what a reproductive isolating mechanism or barrier is & examples of each- particularly geographic & behavioral barriers & parapatric speciation(hint: entry into a different niche or microhabitat? and you plase give me a precise and short answer .. |

Ledger of heart and saul inc : The following accounts and their balances appear in the ledger of Heart and Saul Inc. on April 30 of the current year: |

Write a function that takes inputs of yards and feet : There are 5280 feet per mile. There are 3 feet in a yard. Use appropriate parameter passing and return mechanisms. Use appropriate datatypes. For example, with inputs of 1760 yards and 1320 ft, the result would be 1.25 miles. |

Explain a triacylglycerol in peanut oil : If a triacylglycerol in peanut oil that contains one palmitic acid, one oleic acid, and one linoleic acid is completely hydrogenated, what is the product |

Write a function called analyzedata in c-language : Write a function called AnalyzeData. This function is passed a double array along with a parameter that indicates the number of elements in the array. It is also passed a double value. |

What is the received sound frequency : A bat at rest sends out ultrasonic sound waves at 53.5kHz and receives them returned from an object moving directly away from it, What is the received sound frequency |

Important to understand phenotyic traits : Why the law of independent assortment is independent is important to understand phenotyic traits ( skin color, eye shape) has nothing to do with cognition of behavior? |

Case study of mountain springs : Mountain Springs Inc. bottles and distributes springwater. On May 2 of the current yer, Mountain Springs re acquired 3,000 shares of its common stock at $72 per share. |

Ultraviolet light and light skin in regions : Know the advantages of dark skin in regions of intense ultraviolet light & light skin in regions with less intense UV light |

## How the voice message is best receivedYou have a shortwave AM receiver (just an AM receiver that has the capability to receive signals in the FM frequency band) that receives an NBFM voice signal at some carrier frequency. You notice, however, that while the signal strength is maximiz.. |

## Will the behavior of the circuit when step input is appliedNow, suppose that an initial voltage of 1V is present at the capacitor at zero time (t = 0). Will the behavior of the circuit when a step input is applied still yield an exponential rise or will the behavior be of some other type |

## Design a single-ended amplifier with a low frequency gainThe available circuit components are NMOS transistor, PMOS transistor, resistors, capacitors and inductors. Ideal sources can only be used to generate the supply voltage VDD & GND. |

## What is the probability of three of a kind for a poker hand1. Compute the probability of having the sum of 10 by throwing (a) two dice, (b) three dice. 2. What is the probability of three of a kind for a poker hand with (a) a card deck of 52 cards, (b) a card deck of 32 cards by removing all cards of numb.. |

## Design a resonance circuit with given specificationsdesign a resonance circuit with following specifications: L = 10 mH, RL = 4W, Imax = 200 mA, fs = 10kHz, Q = 20. That is, determine the required R, C, and supply Voltage E. For R and C, use the closest standard values. |

## What is the characteristic equation of the systemThe transfer function of a circuit is given by H(s)= 2s+4/4s^2+2s+2 a. Express the transfer function in a form in which the coefficients of the highest power of s are unity in both numerator and denominator. |

## Determine at what value of r3 will the bridge nullA sensor with a nominal resistance of 50 ? is used in a bridge with R1 = R2 = 100 ?, V = 10.0 V, and R3 = 100 potentiometer. It is necessary to resolve 0.1 changes of the sensor resistance. A) At what value of R3 will the bridge null |

## Which should be the signal power in the given caseA cable technician tested the signal-to-noise ratio on the curb as 20 dBm. This means, if the noise power is at 1 mW, then the signal power should be 20 dB higher then that. If the noise power is 20 mW |

## What is the satellite transmitters eirp in order for a inputGiven a geostationary satellite with 36,000 km altitude, a downlink frequency of 4 GHz and a ground receiver with a 1/3 m diameter dish.What is the satellite transmitter's EIRP in order for a 1 pW input to the ground receiver |

## Why boundary conditions are so important in electromagnetics1. Derive boundary conditions for electric fields (both for tangential and normal components) 2. Derive boundary conditions for magnetic fields (both for tangential and normal components) 3. Why boundary conditions are so important in electromagnetic.. |

## Calculate the electronA new semiconductor has Nc = 1019 /cm3 and Nv=5 x 1018, and Eg = 2eV. If it is doped with 1017 donors (fully ionized), calculate the electron, hole, and intrinsic carrier concentrations at 627K. |

## Find the actual solution using the inverse laplace transformTransfer function in s t = [0-2*Ts : Ts : Tmax] ; Find the actual solution using the inverse laplace transform syms ycont ycont = ilaplace(Gs,t) Sampling times of 0.01, and simulation runs for 10 seconds |

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