OS I I What is tle Modul.s of RiscHy for the meter ,el de>;cted above
Use induction to prove that 0–0 4j3 = n4 + 2n3 + n2 where n > 0.
Could someone explain how these to get these phase portraits by
hand with ẋ=y and ẏ=ax-x^2 especially for a=0 case where you have
eigenvalues all equal to zero?
6.5.4 a>0 Sketch the phase portrait for the system x = ax-x, for a < 0, a = 0, and For a -(0 We were unable to transcribe this imageFor a>0 ES CS
Find i (Assume vs = 18 V.) + OVO Us I + + 2 V >5 kΩ
1. [10pts] (a) Solve for 2 > 0 the DE: 20%Y" + 102’y" +59xy' + 45y = 0. Answer: Solution: (b) Solve the DE in Part (a) for r <0.
Problem 5: The switch in the network below opens at t-0s. Solve o(t) for t> Os 七"OS. 2kn 2-5t Answer: 10 (t)--e-mA, t 〉 0 (note: τ = 9/5 s = 1.8s) 3
Example 4.8 • Use step by step approach to find i, for t> 0 6k 262 100 uF
2) (a)(10 pts.) Find the continuous solution to the initial value problem de + y = 9(2) where q() = { 0 if 2>1 sat S 1 if |2<1. satisfying y(0) = 0. (b)(10 pts.)Solve the differential equation de ty
How can I prove this?
2. (one point) Show that for any three events A, B, and C with P(C) >0, P(A U B|C) = P(A|C) + P(BIC) – P(AN B|C)
Can you explain ( in words) the mechanism of the above
scheme.
b=0= 2 Na SnCl4 > 55°C dropwise addition within 30 min > 45 °C
2. Complete the El reaction and answer the following questions. Reagent: Major El product: AH>O a. Draw a mechanism of the reaction above. b. Draw an energy diagram of the reaction. Provide the structures of the starting material, intermediates product, and all transition states.