How to solve "Unable to perform assignment... Learn more about matrix, matrix array, matrix manipulation, array, indices, indices don't match, indices not compatible MATLAB
theta = linspace(0,2*pi); col = (s.MajorAxisLength/2)*cos(theta) You need to decide what your code should do when s is non-scalar: throw an error or do some alternate processing. 댓글 수: 0 댓글을 달려면 로그인하십시오. ...
14. Torque & Rotational Dynamics 1 concept How to Solve:Energy vs Torque Video duration: 10m Take your learning anywhere! Prep for your exams on the go with video lessons and practice problems in our mobile app. Continue in the app
Y = l1 * sin(THETA1) + l2 * sin(THETA1 + THETA2);% compute y coordinates data1 = [X(:) Y(:) THETA1(:)];% create x-y-theta1 dataset data2 = [X(:) Y(:) THETA2(:)];% create x-y-theta2 dataset plot(X(:),Y(:),'r.'); ...
Solve for \theta as a function of x.\x = 3\sin\theta,\ f(\theta) = \cos\theta \cdot \tan\theta Solve 5\sin^2 \theta -11\sin \theta + 2=0 Solve for theta. 0.04* sin(\theta) - 0.135* sin(\theta) = 0 Solve: 100 + 300 cos theta = 1800 sin theta cos th...
E3 = l3*sin(theta2+theta3)+l2*sin(theta2)+l1 [theta1,theta2,theta3] = solve(E1,E2,E3,theta1,theta2,theta3) I'm trying to solve this set of equations. E1, E2, E3 reffers to X, Y, Z. l1, l2, l3 are lenghts of robot links. I need to find equations for theta1, theta...
One way to do this is to think about the unit circle. For the sin values to be equal for both sin (2x) and sin (x/2), the y coordinates of the unit circle need to be the same, or the measure of the angles in radians need to be the same when measured from the 0 angle...
Related to this Question How do you prove sin^2(x) + cos^2(x) = 1? How do you solve sin^2(x) - 2sin(x) = 0? What is the difference between sin^2x and sinx^2? Given that sin^2x = \frac{4}{13}, what is the cos^2x?
How to solve a nonlinear PDE in curvilinear coordinatesSince you say that it is a nonlinear Poisson equation, then I presume it's something like this: del(h(u,r,theta)*del(u))=g(u,r,theta), where f and g are complicated functions of u,r, and theta. (Are r and theta the same ...
2-impulse Δvrequirements. The improved solution (a 3-impulse solution) divides the problem into two new sub-arcs, each one of which can be treated similar to the original 2-impulse solution. However, this approach requires that a decision be made on which sub-arc to be optimized first. ...