 # Get help with algebra fraction problems

Recent questions in Fractions Rena Giron 2021-11-17 Answered

### Which fraction are equivalent to $$\displaystyle{\frac{{{2}}}{{{6}}}}$$ luipieduq3 2021-11-17 Answered

### Solve the equation below with factoring. Separate multiple solutions with a comma any reduce and fractions. $$\displaystyle{11}{x}-{31}={x}^{{{2}}}-{3}$$ $$\displaystyle{x}=?$$ osi4a2nxk 2021-11-17 Answered

### Among all pairs of numbers (x,y) such that $$\displaystyle{2}{x}+{y}={17}$$, find the pair for which the sum of squares, $$\displaystyle{x}^{{{2}}}+{y}^{{{2}}}$$ is minimum. Write your answers as fractions reduced to lowest terms. adOrmaPem6r 2021-11-17 Answered

### What's the answer to the problem? Construct a polynomial function with the stated properties. Reduce all fractions to the lowest terms. Second-degree, with zeros of -6 and 5, and goes to $$\displaystyle-\infty\ {a}{s}\ {x}\rightarrow-\infty$$. Ronnie Baur 2021-11-17 Answered

### Let's find the partial fraction expansion of $$\displaystyle{\frac{{{5}{s}^{{{3}}}}}{{{\left({s}^{{{2}}}+{4}\right)}{\left({s}^{{{2}}}+{2}{s}+{2}\right)}}}}$$ atodion23 2021-11-17 Answered

### In the following exercises, solve the equation by clearing the fractions. $$\displaystyle{\frac{{{1}}}{{{3}}}}{w}+{\frac{{{5}}}{{{4}}}}={w}-{\frac{{{1}}}{{{4}}}}$$ deliriwmfg 2021-11-17 Answered

### Solve the equation below with factoring. Separate multiple solutions with a comma any reduce and fractions. $$\displaystyle{4}{x}^{{{2}}}-{2}{x}={x}^{{{2}}}+{8}$$ $$\displaystyle{x}=?$$ protisvitfc 2021-11-17 Answered

### What is the value of $$\displaystyle{1}-{4}+{9}-{16}+{25}-{36}+{49}-{64}+{81}-{100}=?$$ Barbara Schroder 2021-11-17 Answered

### Find all the zeros for: $$\displaystyle{y}={x}^{{{3}}}-{2}{x}^{{{2}}}-{5}{x}+{6}$$ hroncits8y 2021-11-17 Answered

### Write $$\displaystyle{\frac{{{x}^{{{2}}}}}{{{x}+{2}}}}\ {\quad\text{and}\quad}\ {\frac{{{x}+{4}}}{{{2}{x}-{1}}}}$$ in terms of the LCD of the fractions. protisvitfc 2021-11-17 Answered

### Solve: $$\displaystyle{2}^{{{x}}}={16}$$ $$\displaystyle{x}=?$$ (Write answer as integers or reduced fractions. Write DNE for Does Not Exist.) tornesasln 2021-11-17 Answered

### In the following exercises, simplify each fraction. Do not convert any improper fractions to mixed numbers. $$\displaystyle-{\frac{{{4}{x}}}{{{32}{y}}}}$$ Maaghu 2021-11-17 Answered

### Which of these is the extraneous solution for the equation given below? $$\displaystyle{\frac{{{2}{x}}}{{{x}^{{{2}}}-{1}}}}-{\frac{{{2}}}{{{x}}}}={\frac{{{x}+{1}}}{{{x}^{{{2}}}-{1}}}}$$ A. $$\displaystyle{x}=-{2}$$ B $$\displaystyle{x}=-{1}$$ C. $$\displaystyle{x}={0}$$ D. $$\displaystyle{x}={1}$$ gainejavima 2021-11-17 Answered

### Write the partial fraction decomposition of the given rational expression. $$\displaystyle{\frac{{{1}}}{{{x}^{{{3}}}-{1}}}}=?$$ What is the partial fraction decomposition? hroncits8y 2021-11-17 Answered

### In the following exercises, convert the mixed number to an improper fraction. Find three fractions equivalent to $$\displaystyle-{\frac{{{4}}}{{{3}}}}$$. Show your work, using figures or algebra. lilyta79jd 2021-11-17 Answered

### There is a line that includes the point (4, 6) and has a slope of 1. What is its equation in slope-intercept form? Write your answer using integers, proper fractions, and improper fractions in simplest form. miyoko23q3 2021-11-17 Answered

### Solve Equation with Fraction or Decimal Coefficients. In the following exercises, solve each equation by clearing the fractions. $$\displaystyle{\frac{{{3}}}{{{4}}}}{a}-{\frac{{{1}}}{{{3}}}}={\frac{{{1}}}{{{2}}}}{a}+{\frac{{{5}}}{{{6}}}}$$ meplasemamiuk 2021-11-17 Answered

### Solve Equations with Fraction or Decimal Coefficients. In the following exercises, solve each equation by clearing the fractions. $$\displaystyle{\frac{{{1}}}{{{2}}}}{\left({k}+{3}\right)}={\frac{{{1}}}{{{3}}}}{\left({k}+{16}\right)}$$ Baublysiz 2021-11-17 Answered

### Solve equation. express any solutions as reduced fractions or integers. $$\displaystyle{9}{x}^{{{2}}}-{6}{x}={0}$$ sonkitty2h 2021-11-17 Answered

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