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Questions in mathematics
📝 Answered - $\frac{10^8}{10^3}=$
📝 Answered - Graph the set {x | 2 < x < 5}.
📝 Answered - Determine the number of real solutions each quadratic equation has. [tex]y=12 x^2-9 x+4[/tex] [tex]4 y-7=5 x^2-x+2+3 y[/tex] $\square$ real solution(s) $\square$ real solution(s) [tex]10 x+y=-x^2+2[/tex] [tex]y=(-x+4)^2[/tex] $\square$ real solution(s) $\square$ real solution(s)
📝 Answered - $4 \div(-4) \times 1-(-1)$
📝 Answered - Consider the following limit statement: $\lim _{x \rightarrow-1}(5 x+11)=6$ Find the corresponding value of $\delta$ when $\varepsilon=0.005$. A. $\bar{\delta}=-4.995$ B. $\bar{o}=0.01$ C. $\bar{\delta}=-0.01$ D. $\bar{\delta}=0.001
📝 Answered - Jenemy says that $5.676677666777 \ldots$ is a rational number because it is a decimal that goes on forever with a pattern. Is she correct? Why or why not?
📝 Answered - Which expression uses the commutative property of addition and the associative property of multiplication to rewrite the expression $5+3 \cdot(3 \cdot 8)$? A. $(3 \cdot 3) \cdot 8+5$ B. $3 \cdot(8 \cdot 3)+5$ C. $5+3 \cdot(24)$ D. $3 \cdot(3 \cdot 8)+5
📝 Answered - Solve for $s$. -3(s-4)=-9
📝 Answered - Solve for $y$. $ \begin{array}{c} y-7 x=14 \\ y=[?] x+\square \end{array} $
📝 Answered - How is an irrational number different from a rational number?
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