4

# 2. (28pts) Identify the_critical values which define the rejection regions for these alternate hypotheses, which may or may not have two tails (2 decimal places):Us...

## Question

###### 2. (28pts) Identify the_critical values which define the rejection regions for these alternate hypotheses, which may or may not have two tails (2 decimal places):Use t~-distribution: (Zpts) Ha: p # 150,n=80, 0-0.10 b. (Zpts) Ha: / < 40, n=10,0-0.01left tail: left tail:right tail: right tail:Use Z-distribution: (Zpts) Ha: 4 >-0.10,n-20,&-0.20 d. (Zpts) Ha: H # 6.5, n-40,0-0.04left tail: left tail:right tail: right tail:

2. (28pts) Identify the_critical values which define the rejection regions for these alternate hypotheses, which may or may not have two tails (2 decimal places): Use t~-distribution: (Zpts) Ha: p # 150,n=80, 0-0.10 b. (Zpts) Ha: / < 40, n=10,0-0.01 left tail: left tail: right tail: right tail: Use Z-distribution: (Zpts) Ha: 4 >-0.10,n-20,&-0.20 d. (Zpts) Ha: H # 6.5, n-40,0-0.04 left tail: left tail: right tail: right tail:

#### Similar Solved Questions

##### 1 1 1 8 1 culluunce cecimaiciccs ior arandom sampic 0L 1 Ji 8 3 1 cepieieenicn your 1 1 InIne11 1 6
1 1 1 8 1 culluunce cecimaiciccs ior arandom sampic 0L 1 Ji 8 3 1 cepieie enicn your 1 1 InIne 1 1 1 6...
##### Sioo} JO} buly3jea5 UI #LI} ssa1 8507 uopoadsul Hos jonpuo? 01 eiqe &q 0} soaKoldua JOJ sueOW e #PlAOJd Bunxeado jo Kem pJepueis e abejnojua opeidxJOm paziuebjo ue @180j3iSG Jo |eo6 e LON SI 6uJMollo} 84} Jo 42I4Muoneziue6Jo awe/dYJOM SS
sioo} JO} buly3jea5 UI #LI} ssa1 8507 uopoadsul Hos jonpuo? 01 eiqe &q 0} soaKoldua JOJ sueOW e #PlAOJd Bunxeado jo Kem pJepueis e abejnojua opeidxJOm paziuebjo ue @180j3 iSG Jo |eo6 e LON SI 6uJMollo} 84} Jo 42I4M uoneziue6Jo awe/dYJOM SS...
##### Let y(x) be the solution of the IVPdy (y-3)dx =0,y(0)-2Eval Juate Y(30},
Let y(x) be the solution of the IVP dy (y-3)dx =0,y(0)-2 Eval Juate Y(30},...
##### EnqlanteGuxtrg Uiyght 21_Qudm Light Ataa__Guid ng EMAIL;AlarvBcthfluie60Let Xbe normally distrbuted with mean133 and standard devation 21 Use b:Find AX s 100) That ts, find the area under the curve to the left of the given value for X (Round Haa decima places and final answet decima places |OO)Find A95 XsMioi That / lind the area under the curve between Ihe given values for Value declmal (Round places and fnal answer [0 decimal places |a95 Xs t10)Find x such that AX s x = 0.420. That IS. find X
enqlante Guxtrg Uiyght 21_ Qudm Light Ataa__ Guid ng E MAIL; AlarvBcthfluie 60 Let Xbe normally distrbuted with mean 133 and standard devation 21 Use b: Find AX s 100) That ts, find the area under the curve to the left of the given value for X (Round Haa decima places and final answet decima places ...
##### Evaluate the following limits; SHOW WORKI (10 pts cach) lim xz _ 6x + 5 X-lim 12+31-10 x + 2 1-2(3x2 _ 2,ifx < 0 lim Iff(x) = 5,ifx = 0 xSo+ f(x) = 4x + 3,ifx > 0
Evaluate the following limits; SHOW WORKI (10 pts cach) lim xz _ 6x + 5 X- lim 12+31-10 x + 2 1-2 (3x2 _ 2,ifx < 0 lim Iff(x) = 5,ifx = 0 xSo+ f(x) = 4x + 3,ifx > 0...
##### R=4s j 590 0 mtâ‚¬ = 53 .0 vVoHtadl acm6s #l CapacHur cftr Wil b #U Wna- Oo Scnds bav elae Sed?
R=4s j 590 0 mt â‚¬ = 53 .0 v VoHtadl acm6s #l CapacHur cftr Wil b #U Wna- Oo Scnds bav elae Sed?...
##### Olock Inema Si5 On sMooth suNace (Figure A lignt Siinc aitached (0 Anc blaced Ovcl solid pulley of inertia andracivs ball otinettia I atached Iree erd sulg:Pant 4Mncislippage Eelvccn sirg and pulley; detetmine Ine magnilude thc block's acceleralion: Express your answor two sIgnilicant dlgits and include the approprlate unlts4.9SubmitpreloletememtteleRaqunB mieitatInccmect; Try Again; - attemats remainingFlgure1 of 1Part BIf you cetach the Express answer7owrnangino itnng-ICICe 01 Maonituce~h
olock Inema Si5 On sMooth suNace (Figure A lignt Siinc aitached (0 Anc blaced Ovcl solid pulley of inertia andracivs ball otinettia I atached Iree erd sulg: Pant 4 Mnci slippage Eelvccn sirg and pulley; detetmine Ine magnilude thc block's acceleralion: Express your answor two sIgnilicant dlgits...
##### Prove Theorem 15.2.
Prove Theorem 15.2....
##### Two events A and B are said to be independent if: OA P(AIB) = P(B) B. P(A and B) = P(A) + P(B) C. P(A and B) = P(A) P(B) D: P(BIA) = P(A)Two events A and B are said to be mutually exclusive if: OA P(BIA) = [ B. P(AIB) = 1 C.P(A and B) = 0 D. P(A and B) = 1
Two events A and B are said to be independent if: OA P(AIB) = P(B) B. P(A and B) = P(A) + P(B) C. P(A and B) = P(A) P(B) D: P(BIA) = P(A) Two events A and B are said to be mutually exclusive if: OA P(BIA) = [ B. P(AIB) = 1 C.P(A and B) = 0 D. P(A and B) = 1...
##### The entire graph of the function g is shown in the figure below Write the domain and range of g as intervals or unions of intervals_domain(O,O) [,] (O,]range[O,O)QUDCO5
The entire graph of the function g is shown in the figure below Write the domain and range of g as intervals or unions of intervals_ domain (O,O) [,] (O,] range [O,O) QUD CO 5...
##### 22Obtain the equivalent viscous-friction coefficient Beq of the system shown in figure below (LZ 2)Obtain the equivalent viscous-friction coefficient Beq of the system shown in figure below&LljJi
22 Obtain the equivalent viscous-friction coefficient Beq of the system shown in figure below (LZ 2) Obtain the equivalent viscous-friction coefficient Beq of the system shown in figure below &LljJi...
##### 8. In the figure shown; the coefficient of kinetic friction between the block and the incline is 0.315. Block have mass Mand ZM. Disregard any pulley mass or friction in the pulley:2M(a) What is the magnitude of the acceleration of the suspended block as it falls?(b) If a correction is made regarding the pulley, and it is acknowledged that the pulley has mass M and radius 10.0 cm, then what will be the actual magnitude of the suspended block as it falls?
8. In the figure shown; the coefficient of kinetic friction between the block and the incline is 0.315. Block have mass Mand ZM. Disregard any pulley mass or friction in the pulley: 2M (a) What is the magnitude of the acceleration of the suspended block as it falls? (b) If a correction is made regar...
##### In Exercises 31–42, solve by the method of your choice. Identify systems with no solution and systems with infinitely many solutions, using set notation to express their solution sets. $$\left\{\begin{array}{l} \frac{x}{6}-\frac{y}{2}=\frac{1}{3} \\ x+2 y=-3 \end{array}\right.$$
In Exercises 31–42, solve by the method of your choice. Identify systems with no solution and systems with infinitely many solutions, using set notation to express their solution sets. $$\left\{\begin{array}{l} \frac{x}{6}-\frac{y}{2}=\frac{1}{3} \\ x+2 y=-3 \end{array}\right.$$...
##### Predict the product of the following reactions.12Ph CbzHzOOHHCI; EtOHOH
Predict the product of the following reactions. 12 Ph Cbz HzO OH HCI; EtOH OH...
##### For the following exercises determine whether the given vectors are orthogonal. $\mathbf{a}=\langle x, y\rangle, \quad \mathbf{b}=\langle- y, x\rangle, \quad$ where $x$ and $y$ are nonzero real numbers
For the following exercises determine whether the given vectors are orthogonal. $\mathbf{a}=\langle x, y\rangle, \quad \mathbf{b}=\langle- y, x\rangle, \quad$ where $x$ and $y$ are nonzero real numbers...