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In the 1992 presidential election, Alaska's 40 election districts averaged 1902 votes per district for President...
In the 1992 presidential election, Alaska's 40 election districts averaged 2118 votes per district for President Clinton. The standard deviation was 577. (There are only 40 election districts in Alaska.) The distribution of the votes per district for President Clinton was bell-shaped. Let X = number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except part e. to 4 decimal places. a. What is the distribution of X?...
In the 1992 presidential election, Alaska's 40 election districts averaged 2010 votes per district for President Clinton. The standard deviation was 574. (There are only 40 election districts in Alaska.) The distribution of the votes per district for President Clinton was bell-shaped. Let X = number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except part e. to 4 decimal places. a. What is the distribution of X?...
In the 1992 presidential election, Alaska's 40 election districts averaged 2154 votes per district for President Clinton. The standard deviation was 590. (There are only 40 election districts in Alaska.) The distribution of the votes per district for President Clinton was bell-shaped. Let X - number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except part e. to 4 decimal places. a. What is the distribution of X?b. Is...
In the 1992 presidential election, Alaska's 40 election districts averaged 2021 votes per district for President Clinton. The standard deviation was 559. (There are only 40 election districts in Alaska.) The distribution of the votes per district for President Clinton was bell-shaped. Let X = number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except part e. to 4 decimal places. a. What is the distribution of X?...
n the 1992 presidential election, Alaska's 40 election districts averaged 1962 votes per district for President Clinton. The standard deviation was 592. (There are only 40 election districts in Alaska.) The distribution of the votes per district for President Clinton was bell-shaped. Let X = number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except part e. to 4 decimal places. a. What is the distribution of X?...
In the 1992 presidential election, Alaska's 40 election districts averaged 1843 votes per district for President Clinton. The standard deviation was 571. (There are only 40 election districts in Alaska) The distribution of the votes per district for President Clinton was bell-shaped. Let X -number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except parte. to 4 decimal places. a. What is the distribution of X? b. Is 1843 a...
thanks In the 1992 presidential election, Alaska's 40 election districts averaged 2088 votes per district for President Clinton. The standard deviation was 557. (There are only 40 election districts in Alaska.) The distribution of the votes per district for President Clinton was bell-shaped. Let X = number of votes for President Clinton for an election district. (Source: The World Almanac and Book of Facts) Round all answers except part e. to 4 decimal places. a. What is the distribution of...
In a certain presidential election, Alaska's 40 election districts averaged 1,958.8 votes per district for a candidate. The standard deviation was 572.5. (There are only 40 election districts in Alaska.) The distribution of the votes per district for one candidate was bell-shaped. Let X = number of votes for this candidate for an election district Parta State the approximate distribution of X. (Enter your numerical values to one decimal place) X-NO Parth Is 1,9588 a population mean or a sample...