urt 5. 'Intro to STEM app Hand exam Example us Use MATLA TLAD

A+ Guide To It Technical Support
10th Edition
ISBN:9780357108291
Author:ANDREWS, Jean.
Publisher:ANDREWS, Jean.
Chapter14: Troubleshooting Windows After Startup
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How do I code this problems in mathlab?
Part 5. 'Intro to STEM application' Problem -Plotting Derivatives
Hand example from text similar to HW problem
Example using MATLAB
Use MATLAB example to create MATLAB code for your HW problem
MATLAB code expanded on example using MATLAB
Read this problem carefully.
In this part of your Project Worksheet,
Solve the problem using the 7 steps in Perfect Homework.
Pay close attention to the units!
A.
28.28 k2
ww
ww
• +V
V2(7)
28.28 k2
ww
• -Vee
-V
Figure P6.29 An Op-Amp circuit for problem P6-29.
(a) Write down the amplitude, fre-
quency (in Hz). period (in seconds),
phase angle or phase shift (in radi-
ans), and time shift (in seconds) of
the voltage v ().
(b) Plot one cycle of the voltage v, (t),
and indicate the earliest time after
t= 0 when the voltage is 10v2 V.
(c) The output voltage v(t) is given
by v.() () +v2(t). Write v,(t)
in the form v.() = M sin(500rt+
e) (i.e., find M and 0).
Two voltages v, (t) = 10V2 sin( 500 zt –
%3D
V and v2(t) = 5 sin(500xt) V are
4
applied to the Op-Amp circuit shown in
Fig. P6.29.
Transcribed Image Text:Part 5. 'Intro to STEM application' Problem -Plotting Derivatives Hand example from text similar to HW problem Example using MATLAB Use MATLAB example to create MATLAB code for your HW problem MATLAB code expanded on example using MATLAB Read this problem carefully. In this part of your Project Worksheet, Solve the problem using the 7 steps in Perfect Homework. Pay close attention to the units! A. 28.28 k2 ww ww • +V V2(7) 28.28 k2 ww • -Vee -V Figure P6.29 An Op-Amp circuit for problem P6-29. (a) Write down the amplitude, fre- quency (in Hz). period (in seconds), phase angle or phase shift (in radi- ans), and time shift (in seconds) of the voltage v (). (b) Plot one cycle of the voltage v, (t), and indicate the earliest time after t= 0 when the voltage is 10v2 V. (c) The output voltage v(t) is given by v.() () +v2(t). Write v,(t) in the form v.() = M sin(500rt+ e) (i.e., find M and 0). Two voltages v, (t) = 10V2 sin( 500 zt – %3D V and v2(t) = 5 sin(500xt) V are 4 applied to the Op-Amp circuit shown in Fig. P6.29.
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