explain NMR Part C: ST 3D DE 65 6.0 55 5.0 4.5 35 OT 2.5 2.0 1.5 10 (dd) S22
Let w=?3xy?4yz?3xz,x=st,y=est,z=t2 (1 point) Let Compute dw os ot
My Noeas Ask Your An ด tension cond consists or air ot 20.5 m la g 16 gau( a co er wirs. What ǐ the potential differe o that must b applied acros: nnล of thฉ wires i it is tn carry a current ot g.O A? TIne ras stlvity at cn par is 1.7 10" Ω m and thล Cross-GActional area of 16- gauge wire ha 1.309 mm-)
Given the two sinusoidal waveforms, f (t) - 10 cos (ot) 100 sin (cot), g (t)- 40 cos (ot) - 10 sin (ot), find the phase angle by which f(t) leads g(t). (Round your answer to 2 decimal places.).
GDP can be computed as OT-G C+I+G+NX O C+I+G+T+X O X-IM
Capital rationing-NPV approach A tirm with a 12.6% cost ot capital must select the optimal group ot projects trom those shown in the tollowing table, given its capital budget ot $1.10 million. NPV at 12.6% Project Initial investment cost of capital $88.000 $300,000 A 5,000 В 300,000 C. 100.000 17,000 D 900,000 95,000 E 500,000 72,000 F 200,000 53,000 155,000 800,000 a. Calculate the present value of cash inflows associated with each project. b. Select the optimal group of projects,...
Answer the following questions using the graph and labeling the equivalence point and half-way point. Trial 2 Mass of oxalic acid 02039 pH at equivalence point srdo sdt seU Volume of titrant added ot 1otsoibni at equivalence point Volume of titrant added 9orliden viups half-way to equivalence point pH at half-way point uit od pKa of oxalic acid Ka of oxalic acid (5 pts) Colho is R4he soluthon Calculations TITRATION OF A WEAK ACID TRIAL #2 12 6 4 2...
If the half-life of a radioactive isotope is 32 days, how many half-lives must pass before a 3000mg sample is less than 0.03g? 05 O 2 07 More information is needed. 9
A ot· se spac g wash (e-g. 98.7654). s cortan s 10 wash en that are thicker than the target dr ension suppose that three washers are selected at random, without replace et tomthe lot. Round your answers to four aci ai plec (b) What is the probability that the third washer selected is thicker than the target if the first two selected are, thinner than the target?
y'(0)= 0, y(0). = -1, 23. y"+ 4y g(t) where St. 15. t<2, g(t) t >2 y'(0)= 0, y(0). = -1, 23. y"+ 4y g(t) where St. 15. t2