NameSurnameGenderClassMidtermFinalEsraBaydıFemaleA9866EsmaAlbayrakFemaleA8297TuğçeSağFemaleA4164MerveTopalFemaleA80100ŞeymaTiryakiFemaleA5263BurcuEroğluFemaleA5852SibelDenizFemaleA6190BurcuAcıFemaleA7250MerveKüçükFemaleA96100KübraÖzcanFemaleA6487HayriyeKuşFemaleA100100BurcuGüneşFemaleA3042DemetAkalınFemaleA5269EmreŞenMaleA6074OğuzhanKışçıMaleA7463KemalGündüzMaleB4475MesutİşMaleB6082UğurYıldırımMaleB7274AkifTopçuMaleB8052BarışSelimlerMaleB10096MetinMertMaleB5175GökselKansoyMaleB7482EmirBiçerMaleB9498BerkayBalkayMaleB2852OsmanAydınMaleB5076YiğitAydınMaleB7462EmreÇalışkanMaleB5293OsmanYetimMaleB8382YücelCanMaleB7971BahadırAkMaleB8690OğuzcanGündüzMaleB7285AhmetAlMaleB6352HaleCanFemaleB7062BerrakTüzünFemaleB5466SongülAlbayrakFemaleC8055BircanBalFemaleC7391YaseminKaraFemaleC2045HilalBulutFemaleC6352GizemÖzveriFemaleC9499MerveKüçükFemaleC3465AyferÇakmakFemaleC9872MerveGündoğduFemaleC8679HavvaYıldızFemaleC6588RahimeÇapınFemaleC8995NigarŞahinFemaleC7290EsraKayaFemaleC9899TülinBozFemaleC9389PetekÇilFemaleC8270EdaTaşFemaleC6782 69,7959183775,7755102 Part 2: Hypothesis Test for the Population Proportion-Required Manual Tasks• Define your concern of interest drawing upon your variables in your dataset.• Conceptualize your null and alternate hypotheses based on your testing concept.a. Apply 1 one-sided test (upper-tail or lower-tail) and 1 two-sided test concepts for the population proportion at 1%, 5%, or 10% levels of significance (choose one of them)by stating the appropriate decision rule. b. Calculate p-value for each of your tests and perform testing for your same hypotheses with p-value solution. Comment on how p-value changes for 1%, 5%, and 10% significance levels (for all three).**Here in order to apply normal distribution approximation, you should be careful about verifying np(1-p) > 5 as a rule of thumb.c. Make a confidence interval estimation for the population proportion based on 90%, 95% and 99% confidence levels and make interpretations for all three.

Considering the Midterm and Final Exam Marks for the current study Midterm Final 98 66 82 97…

Answered: Part 2: Hypothesis Test for the…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Name	Surname	Gender	Class	Midterm	Final
Esra	Baydı	Female	A	98	66
Esma	Albayrak	Female	A	82	97
Tuğçe	Sağ	Female	A	41	64
Merve	Topal	Female	A	80	100
Şeyma	Tiryaki	Female	A	52	63
Burcu	Eroğlu	Female	A	58	52
Sibel	Deniz	Female	A	61	90
Burcu	Acı	Female	A	72	50
Merve	Küçük	Female	A	96	100
Kübra	Özcan	Female	A	64	87
Hayriye	Kuş	Female	A	100	100
Burcu	Güneş	Female	A	30	42
Demet	Akalın	Female	A	52	69
Emre	Şen	Male	A	60	74
Oğuzhan	Kışçı	Male	A	74	63
Kemal	Gündüz	Male	B	44	75
Mesut	İş	Male	B	60	82
Uğur	Yıldırım	Male	B	72	74
Akif	Topçu	Male	B	80	52
Barış	Selimler	Male	B	100	96
Metin	Mert	Male	B	51	75
Göksel	Kansoy	Male	B	74	82
Emir	Biçer	Male	B	94	98
Berkay	Balkay	Male	B	28	52
Osman	Aydın	Male	B	50	76
Yiğit	Aydın	Male	B	74	62
Emre	Çalışkan	Male	B	52	93
Osman	Yetim	Male	B	83	82
Yücel	Can	Male	B	79	71
Bahadır	Ak	Male	B	86	90
Oğuzcan	Gündüz	Male	B	72	85
Ahmet	Al	Male	B	63	52
Hale	Can	Female	B	70	62
Berrak	Tüzün	Female	B	54	66
Songül	Albayrak	Female	C	80	55
Bircan	Bal	Female	C	73	91
Yasemin	Kara	Female	C	20	45
Hilal	Bulut	Female	C	63	52
Gizem	Özveri	Female	C	94	99
Merve	Küçük	Female	C	34	65
Ayfer	Çakmak	Female	C	98	72
Merve	Gündoğdu	Female	C	86	79
Havva	Yıldız	Female	C	65	88
Rahime	Çapın	Female	C	89	95
Nigar	Şahin	Female	C	72	90
Esra	Kaya	Female	C	98	99
Tülin	Boz	Female	C	93	89
Petek	Çil	Female	C	82	70
Eda	Taş	Female	C	67	82
				69,79591837	75,7755102

Part 2: Hypothesis Test for the Population Proportion-

Required Manual Tasks
• Define your concern of interest drawing upon your variables in your dataset.
• Conceptualize your null and alternate hypotheses based on your testing concept.
a. Apply 1 one-sided test (upper-tail or lower-tail) and 1 two-sided test concepts for the
population proportion at 1%, 5%, or 10% levels of significance (choose one of them)
by stating the appropriate decision rule.
b. Calculate p-value for each of your tests and perform testing for your same hypotheses
with p-value solution. Comment on how p-value changes for 1%, 5%, and 10%
significance levels (for all three).
**Here in order to apply normal distribution approximation, you should be careful
about verifying np(1-p) > 5 as a rule of thumb.
c. Make a confidence interval estimation for the population proportion based on 90%,
95% and 99% confidence levels and make interpretations for all three.

Features Features Normal distribution is characterized by two parameters, mean (µ) and standard deviation (σ). When graphed, the mean represents the center of the bell curve and the graph is perfectly symmetric about the center. The mean, median, and mode are all equal for a normal distribution. The standard deviation measures the data's spread from the center. The higher the standard deviation, the more the data is spread out and the flatter the bell curve looks. Variance is another commonly used measure of the spread of the distribution and is equal to the square of the standard deviation.

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