I want to know how to solve those problems... please help me!
I want to know how to solve those problems... please help me! Spoints )Given that O.6...
Can someone please help me with the working out of
problems 43 to 46. i want to know how to arrive at the correct
answer. thanks.
JDL. Assume the data set has a bell- 42 The mean score of a competency test is 82, with a standard deviation of 2,Between what two values do abou+99.7% of the values lie? (Assume the data set has a bell-shaped distribution.) *For paired data sets 5 -3 -10-8 -2 2 -6 43.(5 pts) Find...
Please help me to solve those problems.
17. Define a linear transformation from R2 to R3 by T(x1, x2) = (x1 - X2, X1 + 2x2,2x2). a. Give the standard matrix of T. b. Is there an X e R so that T(x) = (1,1,2)? 18. Let A = {{ }]. Which of [ 211, [3] and () are eigenvectors of A? 19. For the matrix -21 4 -1 1 0 -1 2 , find the cofactors C22 and C14....
Use IS=10-15 A, BF=100, BR=5 for all problems except for those involving a commercial part (e.g. Problem 6, 2N3904) for both hand calculation and simulation. You are asked to calculate VBE / VEB using the IS given. EB junction turn on voltage is 0.0258*In(IC/IS). So do NOT make the 0.7V assumption in design. For analysis, you can use 0.7V approximation for turn-on. 7. Build the NPN LED switch circuit below and perform the following measurements. Take photos of your circuit...
PLEASE help me to how to write the signal below, I know it may
be the multiplication of two signals but I dont want that answer.
because I may not know those signals. I need to know how to analyze
and write this signal correctly.. please clear handwriting and full
explanation will thumps up.. thanks.
03) a) Identify the signal in the following figure and write its mathematical expression (E2) b) Apply the Fourier transform on the signal identified in...
6-6
6-17
6-18
please help me, how could solve these problems
In chemical kinetics and other types of rate processes, you frequently encounter with the initial condition m(0) == 2 6-4 B representing the interconversion of two species, A and B. The the scheme A rate equation for this interconversion can be written as dA/dt = -k\A + kąB, where k and kz are called rate constants. By conservation of mass, A(t)+B(t) = AoBo, where Aq = A(0) and Bọ...
THIS (circuit II) i want to help me to answer all the
questions with a clear picture and clear step and easy way and
clear handwritten please
thank you.
S)-ELECTRICAL CIRCIUTS I 719/2018 ELECTRICAL ENGINEERING DEPARTMENT PART B-SOLVE THE FOLLOWING PROBLEMS PART B-QUESTION 4 (10 pts.) Find io(t) in the form Acos(of +Bo) A from the circuit below given the following parameters: 10cos (10r + 60°) V, R-40 Q, C-10 mF, L-2 H, and v-5sin (10r+30) V. L R O00...
need help with these problems. im stuck. please solve in detail and
provide your answer. i will rate fast and high
#1
#2
1.-(50) Find: Vas Im I and the region of Ro RG 15V NW 414 geration 60 mA/ 4:2V PG IMA R = 200.2 2-(50) Find Ib, Ic , Yce and the region of operation 200.12 IM 2 B= 20 200
I want to know how to do this assignment!!! Help me please~ The first part of your program should do the following: • Ask the user type of test they took. o (ACT or SAT) • If they said ACT then ask them their score o If their ACT score was between 0 and 7 say "Needs Work" o If their ACT score was between 10 and 20 say "Acceptable" o If they ACT score was above 20 say "Above...
Please can you help me to solve these problems
El solve - 2x² dy = y(y² + 32²) dx . sol: let us go e 131 Find the general sal of ODE. xy" - (x + 1) yl ty=o given that y, is a sal. sal y=ay, +CY₂ . cé + c2(x+1). W Freud the general sal for: y y Cyry'). soli 3-missing. u-ylinde yo 51 solve: y" – Gy! +9y -- .
Help me!! Please solve (1) and (2).
And I desperately want to know how to solve (2) by using
MATLAB. Please teach me Matlab code in detail.
a rectangular shape Aluminum block (L=10mm, D=3mm) has well
insulated top and bottom. The left surface has thermal boundary
condition, and the right surface has convection boundary
condition.
* the surface temperature Ts=100℃, the ambient air temperature
Ta=20℃, heat transfer coefficient h=120 W/(m^2*K)
* thermal conductivity of Aluminum = 220 W/m*K, density of...