28 sqrt(250) 29) sqrt(108 x^4) 30) sqrt(245 x^7)
Solve the equation. (-5+x)/(2)=-9
[- /1 Points] Describe in words the region of R^3 represented by the equation(s) or inequalities. -6leqslant xleqslant 2 The inequality -6leqslant xleqslant 2 represents all points on or between the square planes x=-6 and x= x=square Resources
10) (0.95times 10^1)div (0.4times 10^-2) 11) (5.32times 10^199)div (7.21times 10^199)
Write an expression for the sequence of operations described below. divide h by g then multiply 9 by the result
Subtract. -12-(-5)= 27-44= square
Evaluate the indicated function for f(x)=x^2-3 and g(x)=x-7 algebraically. (f+g)(1)=square
-12(x-12)=-9(1+7x) -3 3 o No solution
Solve for h. (h+9)/(4)=4 h= square
Solve for y. 57=-(y)/(8) Simplify your answer as much as possible. y= square
$\int _{1}^{41}t\sqrt {16+33t}dt=\square $
5. Which of the following expressions is equivalent to $x^{2}-x-30$ A $(x+3)(x-10)$ B. . $(x+6)(x-5)$ C. . $(x-6)(x+5)$ D. $(x-15)(x-15)$
What is the solution to $x-9\gt -15$ 7 $x\lt -24$ $x\lt -6$ $x\gt -6$ $x\gt -24$
Find the product and simplify. $(3c-5)^{2}=\square $
Simplify. $(7xz^{3})^{2}$ Write your answer without parentheses. $\square $
Perform the operation Write the result in standard form. $(-3y+y^{2}-8+5y^{3})+(7y^{2}+4y-2y^{3})$ Enter the correct expressions or values in the boxes to complete the solution process. $(-3y+y^{2}-8+5y^{3})+(7y^{2}+4y-2y^{3})$ The given expression $(\square -8)+(\square +4y)$ Enter the two polynomials in standard form. $(\square -2y^{3})+(\square +7y^{2})+(\square +4y)-8$ Combine like terms. $(\square -2)y^{3}+(\square +7)y^{2}+(\square +4)y-8$ Apply the Distributive Property. $\square $ Enter the simplified result in standard form.
Solve the equation for C. $2-b=log(9c+5)$ $C=$ $\square $
If A is $(0,3)$ and $A'$ is $(0,33)$ , what is the scale factor? $1/3$ 11
Fill in the blank. A statement of the form "expression =expr is called a(n) __ A statement of the form "expression =expr is called a(n) $\square $
2. A circular region has a population of about 39,400 and a population density of 230 people per square kilometer.Find the radius of the region.
