prove that v

A function g has domain equal to the positive integers. Furthermore, g(2021)=2/2021 and g(1)+g(2)+...+g(n)=n^2g(n) for each positive integer n greater than or equal to 2. Determine the exact value of g(1) .

Is every autonomous ODE separable? Justify your answer.

Compare the graph of n = +x). 1 with n(x) =x². 1 n = 6) - 1 shifts left 36 units, shifts upward 1 units, and shrinks by a factor of 9 n = 1 shifts left 6 units, shifts downward 1 units, and shrinks by a factor of 81 x+ 6)| – 1 shifts right 36 units, shifts upward 1 units, and shrinks by a factor of 81 1 - 1 shifts right 6 units, shifts downward 1 units, and shrinks by a factor of 81 N = 1 (x+ 6) 1 shifts right 6 units, shifts upward 1 units, and shrinks by a factor of N = 81

Evaluate cosh(1+j)

A E Z₂ x Z₂ ({0},+) ZA Z₁ x Zo Which one of the following is isomorphic to Z4 x Z5/((1,2))?

Solve this Solutions of Linear Equations using Cramer's Rule    x1 -  x2 + 3x3 - 2x4 = 1 -2x1 + 4x2 -3x3 + x4 = 0.5 3x1 - x2 + 10x3 - 4x4 = 2.9 4x1 - 3x2 + 8x3 - 2x4 = 0.6   1. What is the value of x1? (Use 2 Decimal Places) a. 0.40 b. -0.50 c. 0.20 d. -0.30 2. What is the value of x2?(Use 2 Decimal Places) a. 0.50 b. -0.20 c. -0.40 d. 0.30 3. What is the value of x3? (Use 2 Decimal Places) a. 0.20 b. 0.30 c. 0.40 d. -0.50 4. What is the value of x4? (Use 2 Decimal Places) a. -0.40 b. 0.50 c. -0.20 d. 0.30