结果1 题目 Obtain a first order differential equation by differentiating th e given equation with respect to r. then eliminating th e arbitrary constant A using th e original equation.y=x+A/x e e e e 相关知识点: 试题来源: 解析 x/(n-x)=(xp)/(Ap) 反馈 收藏 ...
Obtain a first order differential equation by differentiating the given equation with respect to r, then climinating the arbitrary constant A using the original cquation.$$ y = x + \frac { A } { x } $$ 相关知识点: 试题来源: 解析 $$ \frac { d y } { d x } = \frac { 2 x ...
The method is based on proposing a wave function that is a product of two functions, one of them an integrating factor. The differential equation resulting from operating the TISE on the product wave function is compared with a differential equation with a known solution. This comparison ...
aThe supplemental heat and ventilation rate are passed to [translate] ahouse, respectively. Outside temperature is generated as a [translate] aThese inputs (ventilation rate, heating rate, outside [translate] adifferential equation 1 or 2 is integrated to obtain inside [translate] ...
and the function obtains the reduced-order model in differential algebraic equation (DAE) form by setting ẋ2 = 0, or equivalently E22 = 0 (see xelim). References [1] Benner, Peter, Jing-Rebecca Li, and Thilo Penzl. “Numerical Solution of Large-Scale Lyapunov Equations, Riccati Equatio...
Solve the given differential equation. (Assume y is a function of x and use y for y(x).) y'' = (y')^2 . tan (y). Verify the given functions y_1 and y_2 satisfy the corresponding homogeneous equation. Then find a particular solution o...
The q-value for a compound i must be calculated from its compound balanced(V(t)ci(t))dt=qi(t)V(t)cx(t)+Fincin,i−Foutci(t),which represents the equation accumulation = conversion + transport. Here, V is volume; Fin and Fout are the in- and outgoing flows; and cin,i, ci,...
The titration data were fitted using a 1: n protein:ligand sequential binding model, where n is the number of binding sites for the same ligand. An ordinary differential equation was used for the first time in calculating the free ligand concentration from the total ligand concentration. A ...
Obtain the general solution to (2xy−tany)+(x2−xsec2y)y′=0. Differential Equation A differential equation is a mathematical equation in calculus that contains one or more terms where the derivatives of one variable (say,y, often called dependent variable)...
The transfer function is the term which defined as the ratio of the Laplace of the output of the system to the Laplace of the input of the system, which gives the proper analyzation of the output for the given input. Answer and Explanation:1 ...