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# Let Y be a random variable with ð‘ƒ[ð‘Œ=ð‘¦]=C/3^y for y= 2, 3,4,â€¦â€¦ What is the value of C?...

## Question

###### Let Y be a random variable with ð‘ƒ[ð‘Œ=ð‘¦]=C/3^y for y= 2, 3,4,â€¦â€¦ What is the value of C?

Let Y be a random variable with ð‘ƒ[ð‘Œ=ð‘¦]=C/3^y for y= 2, 3, 4,â€¦â€¦ What is the value of C? #### Similar Solved Questions

##### Consaenden toloting{x) = #4* = (0) Find the differcntiol dy for tha function(6) Evaluate dy and By at the given value of x when tht following M = 0.5(Round Youi Bnsten to six decimal places.)K=0.1 L27180.01(c) Find the error Ijy - oyl for each chokce 0 cek (Round Yol angterSy decim? places.)1=0.5L = 0 14 = 0.01
Consaenden toloting {x) = #4* = (0) Find the differcntiol dy for tha function (6) Evaluate dy and By at the given value of x when tht following M = 0.5 (Round Youi Bnsten to six decimal places.) K=0.1 L2718 0.01 (c) Find the error Ijy - oyl for each chokce 0 cek (Round Yol angter Sy decim? places.) ...
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Suppose stone thrown vertically upward from the edge of a cliff on Earth with an initial velocity of 16 ftls from height of 320 ft above the ground: The height (in feet) of the stone above the ground seconds after is thrown is s(t) = 16t2 16t + 320. Complete parts (a) through (f) below: Determine th...
##### In circle M with mZLMN 60 and LM = 17units, find the length of = arc LN. Round to the nearest hundredth:Answer:Subinit AnswerIttempt ? out of ? E
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##### When holding the 5-Ibl stone cqumbnum nmems (H) exerts rcaction forces Fc on the Nudu = Thc ulna () The biccps (R) GeTs force forcc Fu On the Tadius angle of 75" . The stone has Neglect the weight of the ar_ Consider thc ccnier on mila s ulna and the Tudius body.I9 (SIbDraw free-body diagram:Calculale the biceps force Fg required maintain equilibriunCalculate the reaction forces Fc and Fa: Zfy-0 Fa+5-F.gn7S80 30+5*0.966Fs z5 : 0.966 Fe Fe :36.03 lL
when holding the 5-Ibl stone cqumbnum nmems (H) exerts rcaction forces Fc on the Nudu = Thc ulna () The biccps (R) GeTs force forcc Fu On the Tadius angle of 75" . The stone has Neglect the weight of the ar_ Consider thc ccnier on mila s ulna and the Tudius body. I9 ( SIb Draw free-body diagram...
##### To address the following questions please refer to table 7.1 in Garrison (available in Canvas): In all cases, assume a steady state: Please show your calculationsOcean mass = 1.41x 1021kg Ocean volume = 1,370,000,000 km3 River input to the ocean = 30,000 km3 yr-1 Rate of evaporation from the ocean = 334,000 km3 yr-1What is the concentration of Ca2+ in mol/kg at a salinity of 36 g/Kg? (3)b What is the residence time of K+ in the ocean if the average salinity is 34.4 g/Kg and the Kt input is 3.13
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##### 4. Sketch the direction field of the differential equation y =I y + 1. On the same picture sketch the graphs ofsolutions of this ODE that pass through points (0,0) , (0,1) and (0, 1).
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