Find out the error for the given programio = 1.7e-8; % dark saturation current in amperestc = 27;% cell temperature in degree celsiusisc = 250 ; % short circuit current density A/ square meterpin = 820; % solar radiation in w/square meterk =1.381e-23; % Boltzmann's gas constante= 1.602e-19; % electronic charget= 273+tc% cell temperature in Kelvinvmax=0.526; % mayi mum voltage in voltsimax = (e*vmax)*(isc+io)/(k*t+e*vmax)pmax= vmax*imaxefficiency = (pin/pmax)*100O error in efficiencyO no errorO Error in pmaxO Error in imaxO no output

Find out the error for the io = 1.7e-8; % dark saturation current tc = 27; % cell temperature in degre isc = 250 ; % short circuit current der pin = 820; % solar radiation in w/squ k =1.381e-23; % Boltzmann's gas con e= 1.602e-19; % electronic charge t= 273+tc % cell temperature in Kel vmax=0.526; % mayimum voltage in w imax = (e*vmax)* (isc+io)/(k*t+e*vmax pmax= vmax*imax efficiency = (pin/pmax) *100

Find out the error for the io = 1.7e-8; % dark saturation current tc = 27; % cell temperature in degre isc = 250 ; % short circuit current der pin = 820; % solar radiation in w/squ k =1.381e-23; % Boltzmann's gas con e= 1.602e-19; % electronic charge t= 273+tc % cell temperature in Kel vmax=0.526; % mayimum voltage in w imax = (evmax) (isc+io)/(kt+evmax pmax= vmaximax efficiency = (pin/pmax) 100

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

In the network shown, Find the current I and the power supplied by the voltage source, for V = 6 V. + v(* ` 20 k2 Select one: a. I = 0.45 mA, P = - 4.05 mW b. I = 0.2 mA, P = - 0.8 mW c. I = 0.3 mA, P = - 1.8 mW %3D d. I = 0.4 mA, P = - 3.2 mW e. I = 0.6 mA, P = - 7.2 mW
A defibrillator passes a brief burst of current through the heart to restore normal beating. In one such defibrillator, a 36.4-μF capacitor is charged to 6.00 kV. Paddles are used to make an electric connection to the patient’s chest. A pulse of current lasting 1.00 ms partially discharges the capacitor through the patient. The electrical resistance of the patient (from paddle to paddle) is 240 Ω. How much energy is dissipated in the patient during the 1.00 ms? (need answer in J )
MECT361 Mechatronics Components and Instrumentation PLEASE GIVE ME THE short answer and wite it by keyword thanks
Your factory produces cryogenic refrigerators, and your task is to design a control system for the fridge, but, using the same sensor, you must also supply the end-user with temperature monitoring. The cryogenic freezer is controlled in a tight band around minus 85°C, therefore in controlling the fridge you need to have the most accurate information available regarding the operating range of the fridge (nominally at -85°C, but it can be colder and it can defrost if faulty and reach a maximum ambient temperature of say 50°C to be safe). Due to the economy of RTD sensors, it is decided by management to use a PT100 RTD sensor (range -400°F to 1200°F) with a smart transmitter which needs to be set up correctly to a 4-20mA input on the PLC controlling the fridge. Taking the above conditions into account, the measuring range should be -100°C to 50°C (which should cater for the worst ambient temperature). a) Make sure the RTD is the correct choice b) Set the smart transmitter…
Good solution
Using the colored bands on the two resistors at your table, you determine that the two resistances of the resistors are 200 ohms with 5% tolerance and 100 ohms with a 20% tolerance. What would you expect the equivalent resistance of the two resistors to be (including the uncertainty) if they are connected in series? ) ohms ± Check
State true or false
Help with #3 and coding in MATLAB
In a series connection of thermocouples (Fig. a), emfs of individual thermocouples get added. Four Type-J thermocouples are connected in series as shown in figure below with their combined output emf = 7.029 mV. What will be the output if these connections are to be replaced by a parallel connection as shown in Fig. b.
2-Calculate characteristic length, (m); L̟ =VA Biot number Bi =".L% :Fourier number , Fo =at ;; diffusivity a = " p.Cp 3-How can we ensure that the lumped capacitance is valid.
5
The Subject is Basic Electrical Engineering Chapter 5. Connection of Resistor Connection of Resistors