Use Matlab and please explain how you got the answers. Write the
exact codes.% get user input
C = input('Enter angle in radians : ');
% convert degree to radian using deg2rad() function
D = rad2deg(C);
fprintf('\nAngle D : %f\n', D);
% part (a)
% sin() function returns the value of sine
% these functions take angle in radians
fprintf('sin(D) : %f\n', sin(C));
% cos() function returns the value of cosine
% these functions take angle in radians
fprintf('cos(D) : %f\n', cos(C));
% tan() function returns the value of tangent
% these functions take angle in radians
fprintf('tan(D) : %f\n', tan(C));
% part(b)
% sin() function returns the value of sine
% cos() function returns the value of cosine
% these functions take angle in radians
val = sin(C) ^ 2 + cos(C) ^ 2;
fprintf('sin(D)^2 + cos(D)^2 : %f\n', val);
% part (c)
% Caution : the range of sin and co are [ -1 , 1 ]
% So, if D is not in range, it will cause error
% asin() function returns the value of inverse of sine
fprintf('sin(D)^-1 : %f\n', asin(D));
% cos() function returns the value of inverse of cosine
fprintf('cos(D)^-1 : %f\n', acos(D));
% tan() function returns the value of inverse of tangent
fprintf('tan(D)^-1 : %f\n', atan(D));
Sample Output
Angle D : 0.114592
sin(D) : 0.002000
cos(D) : 0.999998
tan(D) : 0.002000
sin(D)^2 + cos(D)^2 : 1.000000
sin(D)^-1 : 0.114844
cos(D)^-1 : 1.455952
tan(D)^-1 : 0.114094
Use Matlab and please explain how you got the answers. Write the exact codes. 4. (12...
run III
please write the codes and do exactly what they asked
runIV
plot by HAND and use MATLAB also
-will get tumbs up
RUNWIN Use Matlab to solve the following non-linear equation: sin(w. ) - cos (w. ), for tan(w. ) sin(w. ) +12 for /2 RUNWIV I + + 2 Obtain plots by hand and by using Matlab of the following equation: (D) sin( +90°) vs. radians, degrees and time
just need 1 and 3, please use matlab codes
Exercise 6 (if not specific mentioned, answers should be in 4 decimals or simplified; highlight your final answer by color 1. Find the approximate concavity measurement (2nd derivative) of the function at x =2. f(x) = sin( ) 2. Find the answers of following functions: a) ** by 10910(4x + 1) Vsin(x) + tan(x) 3. a) Declare the function f(x) = 4x + 5(x - 1.5)2 symbolicly. b) Find the minimum...
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Please answer ALL parts of this question and clearly explain
how you got to the answers. Thank you!
21 1.- Determine the value of n and Azrequired for Simpson's rule to approximatel 4+2 to within 10-5 and compute the approximation. How will the values of n and Ac change if we have used the Trapezoidal rule instead of Simpson's rule in question 1?
QUESTION 4 Use trig identity to determine the exact value of the following expressions. Provide all steps solutions on submitted paper. 2 12-√2 √2-√6 4 tan(75°) B www 15 ) ( 13).co(+5)-(15) 187 V6 COS -7m 12 D.-2-13 csc(22.5°) V3 2 E. 2 A. √2-√2 √2-√6 B. 4 v tan(759) sin 71 18 57 COS 18 77 + COS sin 5 18 V3+V6 18 C2 -7 12 V COS 0.-2-13 csc(22.5) V3 E. 2 3+3 4 F
Please explain how you got the answers to A-D, I have to
show work. Also, please do not forget (d) all the way on the
bottom. It all didn't fit in the snapshot but you can still see the
equation. Thank you!
3. [-/1 Points] DETAILS 0/1 Submissions Used Complete and balance the following acid-base and acid-carbonate reactions. (Use the lowest possible coefficients.) (a) HNO3 + KOH → Help chemPad x.x = Greek (b) HC2H302 + K2CO3 → chemPad Help...
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<
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can someone please explain
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Sum and Ditlerence Formulas: To use these formulas, you will either need to separate a single angle into two angles that we know the trig function values for [such as 12 = 12 + 12 + 4 something of the form of the right side of one of the formulas, and you need to convert it the left side. The first two are done for you. 1, or you will have to the form on Use the Sum and Difference...