Latex Table floating problem












0















Please, fix this. I am getting an overlapped table over the content. I am trying to place as it shows in a single column format. Also, why begin{table} is not working here?



renewcommand{familydefault}{sfdefault}
usepackage{multirow}
usepackage{graphicx}
usepackage[scaled=1]{helvet}
usepackage[helvet]{sfmath}
usepackage{graphicx}
setcounter{chapter}{0}
frontmatter
usepackage{multicol}
setlength{columnsep}{1cm}
begin{document}
chapter{Exponents}
begin{multicols}{2}
renewcommand{theenumii}{Alph{enumii}}
begin{enumerate}
item
begin{tabular}{cc|c|c|c|c}
cline{3-5}
& & multicolumn{3}{c|}{Course} &
\ cline{3-6}
& & Algebra I & Geometry & Algebra II & multicolumn{1}{c|}
{Total} \ hline
multicolumn{1}{|c|}{multirow{2}{*}{Gender}} & Female & 35 & 53 & 62 & multicolumn{1}{c|}{150} \ cline{2-6}
multicolumn{1}{|c|}{} & Male & 44 & 59 & 57 & multicolumn{1}{c|}{160} \ hline
multicolumn{2}{|c|}{Total} & 79 & 112 & 119 & multicolumn{1}{c|}{310} \ hline
end{tabular}
A group of tenth-grade students responded to a survey that asked which math
course they were currently enrolled in. The survey data were broken down as
she able above. Which of the following categories accounts for approximately
19 percent of all the survey respondents?
begin{enumerate}
item Females taking Geometry
item Females taking Algebra II
item Males taking Geometry
item Males taking Algebra I
end{enumerate}
item
Which of the following expressions is equivalent to
$ sqrt[3]{a}cdot a cdot sqrt[5]{a^2} $ for $a > 0$ ?
\
begin{enumerate}
item $a^frac{2}{15}$\
item $a^frac{6}{15}$\
item $a^frac{11}{15}$\
item $a^frac{26}{15}$\
end{enumerate}
item
$$ sqrt{16y^2} $$
If $x>0$, which of the following is equivalent to the given expression?\
begin{enumerate}
item $4y$\
item $4y^2$\
item $32y$\
item $32y^2$\
end{enumerate}
end{enumerate}
end{multicols}
end{document}








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    0















    Please, fix this. I am getting an overlapped table over the content. I am trying to place as it shows in a single column format. Also, why begin{table} is not working here?



    renewcommand{familydefault}{sfdefault}
    usepackage{multirow}
    usepackage{graphicx}
    usepackage[scaled=1]{helvet}
    usepackage[helvet]{sfmath}
    usepackage{graphicx}
    setcounter{chapter}{0}
    frontmatter
    usepackage{multicol}
    setlength{columnsep}{1cm}
    begin{document}
    chapter{Exponents}
    begin{multicols}{2}
    renewcommand{theenumii}{Alph{enumii}}
    begin{enumerate}
    item
    begin{tabular}{cc|c|c|c|c}
    cline{3-5}
    & & multicolumn{3}{c|}{Course} &
    \ cline{3-6}
    & & Algebra I & Geometry & Algebra II & multicolumn{1}{c|}
    {Total} \ hline
    multicolumn{1}{|c|}{multirow{2}{*}{Gender}} & Female & 35 & 53 & 62 & multicolumn{1}{c|}{150} \ cline{2-6}
    multicolumn{1}{|c|}{} & Male & 44 & 59 & 57 & multicolumn{1}{c|}{160} \ hline
    multicolumn{2}{|c|}{Total} & 79 & 112 & 119 & multicolumn{1}{c|}{310} \ hline
    end{tabular}
    A group of tenth-grade students responded to a survey that asked which math
    course they were currently enrolled in. The survey data were broken down as
    she able above. Which of the following categories accounts for approximately
    19 percent of all the survey respondents?
    begin{enumerate}
    item Females taking Geometry
    item Females taking Algebra II
    item Males taking Geometry
    item Males taking Algebra I
    end{enumerate}
    item
    Which of the following expressions is equivalent to
    $ sqrt[3]{a}cdot a cdot sqrt[5]{a^2} $ for $a > 0$ ?
    \
    begin{enumerate}
    item $a^frac{2}{15}$\
    item $a^frac{6}{15}$\
    item $a^frac{11}{15}$\
    item $a^frac{26}{15}$\
    end{enumerate}
    item
    $$ sqrt{16y^2} $$
    If $x>0$, which of the following is equivalent to the given expression?\
    begin{enumerate}
    item $4y$\
    item $4y^2$\
    item $32y$\
    item $32y^2$\
    end{enumerate}
    end{enumerate}
    end{multicols}
    end{document}








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      Please, fix this. I am getting an overlapped table over the content. I am trying to place as it shows in a single column format. Also, why begin{table} is not working here?



      renewcommand{familydefault}{sfdefault}
      usepackage{multirow}
      usepackage{graphicx}
      usepackage[scaled=1]{helvet}
      usepackage[helvet]{sfmath}
      usepackage{graphicx}
      setcounter{chapter}{0}
      frontmatter
      usepackage{multicol}
      setlength{columnsep}{1cm}
      begin{document}
      chapter{Exponents}
      begin{multicols}{2}
      renewcommand{theenumii}{Alph{enumii}}
      begin{enumerate}
      item
      begin{tabular}{cc|c|c|c|c}
      cline{3-5}
      & & multicolumn{3}{c|}{Course} &
      \ cline{3-6}
      & & Algebra I & Geometry & Algebra II & multicolumn{1}{c|}
      {Total} \ hline
      multicolumn{1}{|c|}{multirow{2}{*}{Gender}} & Female & 35 & 53 & 62 & multicolumn{1}{c|}{150} \ cline{2-6}
      multicolumn{1}{|c|}{} & Male & 44 & 59 & 57 & multicolumn{1}{c|}{160} \ hline
      multicolumn{2}{|c|}{Total} & 79 & 112 & 119 & multicolumn{1}{c|}{310} \ hline
      end{tabular}
      A group of tenth-grade students responded to a survey that asked which math
      course they were currently enrolled in. The survey data were broken down as
      she able above. Which of the following categories accounts for approximately
      19 percent of all the survey respondents?
      begin{enumerate}
      item Females taking Geometry
      item Females taking Algebra II
      item Males taking Geometry
      item Males taking Algebra I
      end{enumerate}
      item
      Which of the following expressions is equivalent to
      $ sqrt[3]{a}cdot a cdot sqrt[5]{a^2} $ for $a > 0$ ?
      \
      begin{enumerate}
      item $a^frac{2}{15}$\
      item $a^frac{6}{15}$\
      item $a^frac{11}{15}$\
      item $a^frac{26}{15}$\
      end{enumerate}
      item
      $$ sqrt{16y^2} $$
      If $x>0$, which of the following is equivalent to the given expression?\
      begin{enumerate}
      item $4y$\
      item $4y^2$\
      item $32y$\
      item $32y^2$\
      end{enumerate}
      end{enumerate}
      end{multicols}
      end{document}








      share














      Please, fix this. I am getting an overlapped table over the content. I am trying to place as it shows in a single column format. Also, why begin{table} is not working here?



      renewcommand{familydefault}{sfdefault}
      usepackage{multirow}
      usepackage{graphicx}
      usepackage[scaled=1]{helvet}
      usepackage[helvet]{sfmath}
      usepackage{graphicx}
      setcounter{chapter}{0}
      frontmatter
      usepackage{multicol}
      setlength{columnsep}{1cm}
      begin{document}
      chapter{Exponents}
      begin{multicols}{2}
      renewcommand{theenumii}{Alph{enumii}}
      begin{enumerate}
      item
      begin{tabular}{cc|c|c|c|c}
      cline{3-5}
      & & multicolumn{3}{c|}{Course} &
      \ cline{3-6}
      & & Algebra I & Geometry & Algebra II & multicolumn{1}{c|}
      {Total} \ hline
      multicolumn{1}{|c|}{multirow{2}{*}{Gender}} & Female & 35 & 53 & 62 & multicolumn{1}{c|}{150} \ cline{2-6}
      multicolumn{1}{|c|}{} & Male & 44 & 59 & 57 & multicolumn{1}{c|}{160} \ hline
      multicolumn{2}{|c|}{Total} & 79 & 112 & 119 & multicolumn{1}{c|}{310} \ hline
      end{tabular}
      A group of tenth-grade students responded to a survey that asked which math
      course they were currently enrolled in. The survey data were broken down as
      she able above. Which of the following categories accounts for approximately
      19 percent of all the survey respondents?
      begin{enumerate}
      item Females taking Geometry
      item Females taking Algebra II
      item Males taking Geometry
      item Males taking Algebra I
      end{enumerate}
      item
      Which of the following expressions is equivalent to
      $ sqrt[3]{a}cdot a cdot sqrt[5]{a^2} $ for $a > 0$ ?
      \
      begin{enumerate}
      item $a^frac{2}{15}$\
      item $a^frac{6}{15}$\
      item $a^frac{11}{15}$\
      item $a^frac{26}{15}$\
      end{enumerate}
      item
      $$ sqrt{16y^2} $$
      If $x>0$, which of the following is equivalent to the given expression?\
      begin{enumerate}
      item $4y$\
      item $4y^2$\
      item $32y$\
      item $32y^2$\
      end{enumerate}
      end{enumerate}
      end{multicols}
      end{document}






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      Praveen25488Praveen25488

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