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For this question, use Table 1930s and 1960s (matched by type of burial site) ]. 12 Fifty random matched pairs of burials in (a) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that the average age at death in the period 1930-1939 was different than the average age at death in the period 1960-1969. Check this at two levels of significance: 0.1 and 0.001. (b) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that on average people in the period 1930-1939 died at a younger age than those in the period 1960-1969. Check this at two levels of significance: 0.01 and 0.005.

For this question, use Table 1930s and 1960s (matched by type of burial site) ]. 12 Fifty random matched pairs of burials in (a) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that the average age at death in the period 1930-1939 was different than the average age at death in the period 1960-1969. Check this at two levels of significance: 0.1 and 0.001. (b) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that on average people in the period 1930-1939 died at a younger age than those in the period 1960-1969. Check this at two levels of significance: 0.01 and 0.005.

MATLAB: An Introduction with Applications
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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Solve questions (a) and (b) please
5. 1930s and 1960s (matched by type of burial site) ]. For this question, use Table 12 Fifty random matched pairs of burials in (a) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that the average age at death in the period 1930-1939 was different than the average age at death in the period 1960-1969. Check this at two levels of significance: 0.1 and 0.001. (b) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that on average people in the period 1930-1939 died at a younger age than those in the period 1960-1969. Check this at two levels of significance: 0.01 and 0.005.
Transcribed Image Text:5. 1930s and 1960s (matched by type of burial site) ]. For this question, use Table 12 Fifty random matched pairs of burials in (a) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that the average age at death in the period 1930-1939 was different than the average age at death in the period 1960-1969. Check this at two levels of significance: 0.1 and 0.001. (b) Use two sample hypothesis testing for mean with dependent data to decide whether there is sufficient evidence to conclude that on average people in the period 1930-1939 died at a younger age than those in the period 1960-1969. Check this at two levels of significance: 0.01 and 0.005.
site yob yod site yob yod name age name age chur city chur city city chur EC LD MF chur WJ AH VU 1920 1936 16 1912 1961 49 city 71 chur 1920 1939 19 1889 1961 72 1879 1968 1867 1888 1938 1938 89 BP MM BR 50 76 73 city city chur JW SG EH 1883 1962 1886 1962 79 76 97 1861 1937 1865 1938 1871 1968 city chur hebr WS 1928 1863 1887 1938 1878 2 1938 1935 1938 1938 1930 city chur hebr PL 1899 1966 67 WM SH HG LP 75 48 EM LS TH 1937 1964 1908 1965 1907 1967 27 57 60 79 priv city priv city priv city chur chur chur chur priv city priv city priv city chur chur 1890 1969 1904 1966 1901 1967 1908 60 DH wo GT JK EM 1897 1937 1854 1931 1855 40 AL 77 77 LW WT 62 66 59 1932 1967 1880 1938 58 PG 1924 1894 1965 1960 1895 1963 1960 36 LR NR PW JR 1912 1931 1871 1934 1924 1931 1897 1939 19 EW HR WH WM 71 63 1901 59 7 chur 68 42 chur 1902 1964 62 chur fami DF IM 1865 1936 71 1889 1935 46 chur fami IG 1969 1969 DM AM 1899 1967 1896 1968 68 priv city city chur IM IG TH 1934 1934 72 priv city city chur RA GG 1903 1938 35 1890 1968 78 1862 1931 69 1895 1967 72 WT TR DR MJ LP 1937 1929 1855 WB NJ LW 1937 1930 1874 1966 92 78 city chur city city chur chur chur city chur 1882 1960 1875 1965 1931 76 90 city city chur chur chur 1930 1930 AS 1916 1962 46 1859 RD 1939 1938 80 1910 1963 53 IE SP GD 1938 LT NR BR SB 1908 1966 73 63 1888 1965 1904 1969 58 77 65 1859 1932 1874 1937 AV city city city city city chur chur 1892 1938 46 city city city city city chur chur 1904 1967 63 ES LA CW LE 1904 1932 28 TA PP JF WM 1946 1963 1898 1965 1877 1963 17 67 86 45 1882 1931 49 1881 1935 54 1877 1938 61 20 37 52 5 1923 1968 RT AR MI AA 1917 1937 JH TN CB JP 1891 1961 1881 1932 1967 70 1898 1935 1967 86 priv city chur 1881 1933 35 priv city chur 1925 1930 1868 1961 93 AJ ww GL ST EC GS MS MB 1858 1937 1872 1931 79 1876 1961 85 city city chur 59 36 city city chur 77 72 39 1890 1967 1890 1962 1926 1965 1902 1938 1898 1937 39 city city city city chur AB TC MD MV 1930 1930 1931 1932 city city city city chur MM LM JT 1910 1969 1909 1968 1896 59 59 73 1931 1857 75 1969 1891 1930 39 WC 1898 1966 68 CC 1931 1934 3 JP 1898 1960 62 Table 12: Fifty random matched pairs of burials in 1930s and 1960s (matched by type of burial site)
Transcribed Image Text:site yob yod site yob yod name age name age chur city chur city city chur EC LD MF chur WJ AH VU 1920 1936 16 1912 1961 49 city 71 chur 1920 1939 19 1889 1961 72 1879 1968 1867 1888 1938 1938 89 BP MM BR 50 76 73 city city chur JW SG EH 1883 1962 1886 1962 79 76 97 1861 1937 1865 1938 1871 1968 city chur hebr WS 1928 1863 1887 1938 1878 2 1938 1935 1938 1938 1930 city chur hebr PL 1899 1966 67 WM SH HG LP 75 48 EM LS TH 1937 1964 1908 1965 1907 1967 27 57 60 79 priv city priv city priv city chur chur chur chur priv city priv city priv city chur chur 1890 1969 1904 1966 1901 1967 1908 60 DH wo GT JK EM 1897 1937 1854 1931 1855 40 AL 77 77 LW WT 62 66 59 1932 1967 1880 1938 58 PG 1924 1894 1965 1960 1895 1963 1960 36 LR NR PW JR 1912 1931 1871 1934 1924 1931 1897 1939 19 EW HR WH WM 71 63 1901 59 7 chur 68 42 chur 1902 1964 62 chur fami DF IM 1865 1936 71 1889 1935 46 chur fami IG 1969 1969 DM AM 1899 1967 1896 1968 68 priv city city chur IM IG TH 1934 1934 72 priv city city chur RA GG 1903 1938 35 1890 1968 78 1862 1931 69 1895 1967 72 WT TR DR MJ LP 1937 1929 1855 WB NJ LW 1937 1930 1874 1966 92 78 city chur city city chur chur chur city chur 1882 1960 1875 1965 1931 76 90 city city chur chur chur 1930 1930 AS 1916 1962 46 1859 RD 1939 1938 80 1910 1963 53 IE SP GD 1938 LT NR BR SB 1908 1966 73 63 1888 1965 1904 1969 58 77 65 1859 1932 1874 1937 AV city city city city city chur chur 1892 1938 46 city city city city city chur chur 1904 1967 63 ES LA CW LE 1904 1932 28 TA PP JF WM 1946 1963 1898 1965 1877 1963 17 67 86 45 1882 1931 49 1881 1935 54 1877 1938 61 20 37 52 5 1923 1968 RT AR MI AA 1917 1937 JH TN CB JP 1891 1961 1881 1932 1967 70 1898 1935 1967 86 priv city chur 1881 1933 35 priv city chur 1925 1930 1868 1961 93 AJ ww GL ST EC GS MS MB 1858 1937 1872 1931 79 1876 1961 85 city city chur 59 36 city city chur 77 72 39 1890 1967 1890 1962 1926 1965 1902 1938 1898 1937 39 city city city city chur AB TC MD MV 1930 1930 1931 1932 city city city city chur MM LM JT 1910 1969 1909 1968 1896 59 59 73 1931 1857 75 1969 1891 1930 39 WC 1898 1966 68 CC 1931 1934 3 JP 1898 1960 62 Table 12: Fifty random matched pairs of burials in 1930s and 1960s (matched by type of burial site)
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