Calculate the energy per bit per noise power density where the signal power is 10 Watts...

Calculate the energy per bit per noise power density where the signal power is 10 Watts and the bit is 10 Mbps in an environment of 27 degree celcius?

Expert Solution

SOLUTION:

The above problem can be solve as given below_____

Manojponduru answered 2 years ago

1. The power of a signal is 50 mW and the power of the noise is...

1. The power of a signal is 50 mW and the power of the noise is 3 μW; what are the values of SNR and SNRdB? & 2. Distinguish between multilevel TDM, multiple-slot TDM, and pulse-stuffed TDM? (Min:100 Words)

A communication network has a bandwidth of 10 kHz. Calculate the signal-to-noise ratio in dB if...

A communication network has a bandwidth of 10 kHz. Calculate the signal-to-noise ratio in dB if the capacity of the channel for a 100Kbps [2 Marks] ii. A communications channel with a bandwidth of 4kHz has a signal power to noise ratio of 7. Determine the Channel Capacity. [2 Marks] ii. The bandwidth in b above is reduced by 25%. How much should the signal power be increased to maintain the same channel capacity?

We have to calculate the value of Power of an electric DC motor IN WATTS made...

We have to calculate the value of Power of an electric DC motor IN WATTS made from scratch. The only known values that we have are: The Voltage (V) which is 9V and the current (I) that we are using which is 3 A, also the value of "n" which is n= 90.16 m (the number of turns of the wire used in the motor) I already asked here for this problem and someone answered this: Voltage = 9 V,...

energy and power of signals. (a) Plot the signal x(t) = e−tu(t) and determine its energy....

energy and power of signals. (a) Plot the signal x(t) = e−tu(t) and determine its energy. What is the power of x(t)? (b) How does the energy of z(t) = e−∣t∣, −∞ < t < ∞, compare to the energy of z1(t) = e−tu(t)? Carefully plot the two signals. (c) Consider the signaly(t) = sign[xi(t)] =  1 xi(t) ≥ 0 −1 xi(t) < 0 for −∞ < t < ∞,i = 1,2. Find the energy and the power of...

A normalized message signal has a bandwidth of W = 10 KHz and a power of...

A normalized message signal has a bandwidth of W = 10 KHz and a power of Pm= 0.75 . It is required to transmit this signal via a channel with an available bandwidth of 80 KHz and attenuation of 50 dB. The channel noise is additive and white with a power-spectral density of N0/2 = 10^(-10) watts/Hz. A frequency-modulation scheme, with no pre-emphasis/de-emphasis filtering, has been proposed for this purpose. 1. If it is desirable to have an SNR of...

Calculate (in MeV) the binding energy per nucleon for 14N. Calculate (in MeV) the binding energy...

Calculate (in MeV) the binding energy per nucleon for 14N. Calculate (in MeV) the binding energy per nucleon for 56Fe. Calculate (in MeV) the binding energy per nucleon for 207Pb.

Calculate the total binding energy and the binding energy per nucleon of (a) 7 Be, (b)...

Calculate the total binding energy and the binding energy per nucleon of (a) 7 Be, (b) 56 Fe

The energy of light photons varies with wavelength. Calculate the energy per mole of photons for...

The energy of light photons varies with wavelength. Calculate the energy per mole of photons for each of the following colors of visible light. Red Light, λ = 697 nm Green Light, λ = 549 nm Blue Light, λ = 403 nm answer in kJ/mol

Consider an atom with four energy levels, where the lowest energy is -10 eV and the...

Consider an atom with four energy levels, where the lowest energy is -10 eV and the highest level is 0 eV. Sketch an energy-level diagram that could produce the spectrum. What are the energies of the other two energy levels. (Note: there are more than two answers.) A -2 eV and -5 eV B -1 eV and -4 eV C -1 eV and -6 eV D -6 eV and -9 eV E -7 eV and -3 eV

Calculate the density, in grams per liter, of a gas at STP if 3.16 L of...

Calculate the density, in grams per liter, of a gas at STP if 3.16 L of the gas at 28.5 °C and 734.2 mmHg weighs 0.269 g

Question