e a two-column proof. 24. Given: ZP ZT, ZS ZQ TR= PR, RP=RQ, RTRS PQ = TS Prove: ΔPRQ = ΔTRS P. R T

Q: · Find fF · dĩ for F = -yi – 4x j+4zk if C is the helix æ = cos t, y = sin t, z = t, for 0 < t < 47

A: Given F→=-yi→-4xj→+4zk→

Q: Given w = and ws. x² + y² + 6z Y x = sinp, y=p+ 3t - 4s, 2= t³ and p = 1-2t. Determine wt

A: Given that  ,

Q: Choose the correct dependency diagram for de / da. A. OB. Oc. OD. de Choose the correct chain rule…

A: Solution

Q: 3) Show all work for the following problems. i) What is the integrating factor to the following…

A: As the given equation is first order differential equations .

Q: Let T ∼ Γ (4, 0.7).   Find μT. (Round the final answer to three decimal places.)

A: From the provided information,T ∼ Γ (4, 0.7)Here

Q: r. sin = C 1 s. qv = = mv² 2 2 t. n₁ n₂ 1 f 1 1 So Si ,0 ₂0₁= C , V = ,S; = =

A: Sinθc=n1n2

Q: is maving with Ithe given the particle. data. Find the positionof a/t) =3 cost-2 sint is(0)o and…

A: Given: a(t) = 3cost -2sint , s(0) =0, v(0)=4 We know that a(t) = ddtv(t) ⇒vt = ∫a(t) dt