Mathway | Popular Problems

Popular Problems

Rank	Topic	Problem	Formatted Problem
105001	Solve the Function Operation	(fg)(5)	$(f g) (5)$
105002	Expand Using the Binomial Theorem	(6x+9)^2	${(6 x + 9)}^{2}$
105003	Solve the Function Operation	f(x)=2x-3 , f(1)	$f (x) = 2 x - 3$ , $f (1)$
105004	Expand Using the Binomial Theorem	(6x-2y)^2	${(6 x - 2 y)}^{2}$
105005	Expand Using the Binomial Theorem	(5y-3)^2	${(5 y - 3)}^{2}$
105006	Solve the Function Operation	f(x) = square root of 3x-9 , g(x)=1/x , (f-g)(x)	$f (x) = \sqrt{3 x - 9}$ , $g (x) = \frac{1}{x}$ , $(f - g) (x)$
105007	Solve the Function Operation	f(x)=x/4-3 , g(x)=4x^2+2x-4 (f+g)(x)	$f (x) = \frac{x}{4} - 3$ , $g (x) = 4 x^{2} + 2 x - 4$ $(f + g) (x)$
105008	Solve the Function Operation	f(x) = square root of x-1 , g(x)=x^2-x , (f-g)(10)	$f (x) = \sqrt{x - 1}$ , $g (x) = x^{2} - x$ , $(f - g) (10)$
105009	Expand Using the Binomial Theorem	(7x+5y)^2	${(7 x + 5 y)}^{2}$
105010	Solve the Function Operation	f(x)=2x^2+x-3 , g(x)=x-1 ; (f(x))/(g(x))	$f (x) = 2 x^{2} + x - 3$ , $g (x) = x - 1$ ; $\frac{f (x)}{g (x)}$
105011	Expand Using the Binomial Theorem	(7x+9)^2	${(7 x + 9)}^{2}$
105012	Expand Using the Binomial Theorem	(7x+y)^2	${(7 x + y)}^{2}$
105013	Expand Using the Binomial Theorem	(9x+2y)^2	${(9 x + 2 y)}^{2}$
105014	Expand Using the Binomial Theorem	(8x-1)^2	${(8 x - 1)}^{2}$
105015	Expand Using the Binomial Theorem	(8x+3y)^2	${(8 x + 3 y)}^{2}$
105016	Solve the Function Operation	e+1.2=2	$e + 1.2 = 2$
105017	Expand Using the Binomial Theorem	(8m+1)^2	${(8 m + 1)}^{2}$
105018	Solve the Function Operation	4^x=1 , 24	$4^{x} = 1$ , $24$
105019	Expand Using the Binomial Theorem	(a+2)^4	${(a + 2)}^{4}$
105020	Solve the Function Operation	2e=2	$2 e = 2$
105021	Expand Using the Binomial Theorem	(a-3/2)^2	${(a - \frac{3}{2})}^{2}$
105022	Expand Using the Binomial Theorem	(a+b)^20	${(a + b)}^{20}$
105023	Solve the Function Operation	[[1,0,0,0,2/3],[0,1,0,0,-2],[0,0,1,0,1],[0,0,0,1,1]]	$[\begin{array}{c} 1 & 0 & 0 & 0 & \frac{2}{3} \\ 0 & 1 & 0 & 0 & - 2 \\ 0 & 0 & 1 & 0 & 1 \\ 0 & 0 & 0 & 1 & 1 \end{array}]$
105024	Expand Using the Binomial Theorem	(a-7)^2	${(a - 7)}^{2}$
105025	Expand Using the Binomial Theorem	(2x+2y)^2	${(2 x + 2 y)}^{2}$
105026	Expand Using the Binomial Theorem	(2m-3)^2	${(2 m - 3)}^{2}$
105027	Solve the Function Operation	(4a-2b)+(6a-8b)	$(4 a - 2 b) + (6 a - 8 b)$
105028	Expand Using the Binomial Theorem	(2n+1)^6	${(2 n + 1)}^{6}$
105029	Expand Using the Binomial Theorem	(2x+7)^3	${(2 x + 7)}^{3}$
105030	Expand Using the Binomial Theorem	(2x-3y)^11	${(2 x - 3 y)}^{11}$
105031	Find Amplitude, Period, and Phase Shift	b(x)=-3cos(x)+13	$b (x) = - 3 \cos (x) + 13$
105032	Expand Using the Binomial Theorem	(2x-2y)^2	${(2 x - 2 y)}^{2}$
105033	Expand Using the Binomial Theorem	(2y+4x^3)^4	${(2 y + 4 x^{3})}^{4}$
105034	Find Amplitude, Period, and Phase Shift	f(t)=5sec(3t-pi)+1	$f (t) = 5 \sec (3 t - π) + 1$
105035	Expand Using the Binomial Theorem	(3w+1)^2	${(3 w + 1)}^{2}$
105036	Find Amplitude, Period, and Phase Shift	f(t)=-tan(0.4t)	$f (t) = - \tan (0.4 t)$
105037	Expand Using the Binomial Theorem	(3x+2)^4	${(3 x + 2)}^{4}$
105038	Expand Using the Binomial Theorem	(3x+2)^5	${(3 x + 2)}^{5}$
105039	Find Amplitude, Period, and Phase Shift	f(x)=3+tan(6x+pi/6)	$f (x) = 3 + \tan (6 x + \frac{π}{6})$
105040	Expand Using the Binomial Theorem	(3m+4/5)^2	${(3 m + \frac{4}{5})}^{2}$
105041	Expand Using the Binomial Theorem	(3m-2n)^5	${(3 m - 2 n)}^{5}$
105042	Expand Using the Binomial Theorem	(3+x)^5	${(3 + x)}^{5}$
105043	Solve for x	5x^2+500=844.45	$5 x^{2} + 500 = 844.45$
105044	Expand Using the Binomial Theorem	(3a-4b)^2	${(3 a - 4 b)}^{2}$
105045	Expand Using the Binomial Theorem	(3a-7)^3	${(3 a - 7)}^{3}$
105046	Expand Using the Binomial Theorem	(4x+3y)^5	${(4 x + 3 y)}^{5}$
105047	Expand Using the Binomial Theorem	(3x+y)^6	${(3 x + y)}^{6}$
105048	Expand Using the Binomial Theorem	(3x-8y)^2	${(3 x - 8 y)}^{2}$
105049	Expand Using the Binomial Theorem	(4x+8)^2	${(4 x + 8)}^{2}$
105050	Expand Using the Binomial Theorem	(4y-5)^2	${(4 y - 5)}^{2}$
105051	Expand Using the Binomial Theorem	(5x-2)^4	${(5 x - 2)}^{4}$
105052	Expand Using the Binomial Theorem	(5x+y)^5	${(5 x + y)}^{5}$
105053	Expand Using the Binomial Theorem	(5a+2b)^3	${(5 a + 2 b)}^{3}$
105054	Find Amplitude, Period, and Phase Shift	f(x)=-4sin(3x-pi)+5	$f (x) = - 4 \sin (3 x - π) + 5$
105055	Expand Using the Binomial Theorem	(y+9)^2	${(y + 9)}^{2}$
105056	Find Amplitude, Period, and Phase Shift	f(x)=4cos(x-2)-1	$f (x) = 4 \cos (x - 2) - 1$
105057	Expand Using the Binomial Theorem	(y-1)^3	${(y - 1)}^{3}$
105058	Expand Using the Binomial Theorem	(y-3)^3	${(y - 3)}^{3}$
105059	Find Amplitude, Period, and Phase Shift	v(t)=0.5sin(970pit)	$v (t) = 0.5 \sin (970 π t)$
105060	Expand Using the Binomial Theorem	(y-3)^4	${(y - 3)}^{4}$
105061	Expand Using the Binomial Theorem	(x-y)^8	${(x - y)}^{8}$
105062	Expand Using the Binomial Theorem	(z-5)^3	${(z - 5)}^{3}$
105063	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(-7,0) , (0,4)	$(- 7, 0) (0, 4)$
105064	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(-7,3) , (1,13)	$(- 7, 3) (1, 13)$
105065	Write in Standard Form	y=1/2x+1	$y = \frac{1}{2} x + 1$
105066	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(-7,5) , (1,19)	$(- 7, 5) (1, 19)$
105067	Write in Standard Form	y=1/2x-2	$y = \frac{1}{2} x - 2$
105068	Write in Standard Form	y=2/3x-4/5	$y = \frac{2}{3} x - \frac{4}{5}$
105069	Write in Standard Form	y=1/4x-2	$y = \frac{1}{4} x - 2$
105070	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(-5,7) , (3,21)	$(- 5, 7) (3, 21)$
105071	Write in Standard Form	y+4=-7(x-1)	$y + 4 = - 7 (x - 1)$
105072	Write in Standard Form	3x+5y=-15	$3 x + 5 y = - 15$
105073	Write in Standard Form	30x=1/9y+70	$30 x = \frac{1}{9} y + 70$
105074	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(2,3) , (5,7)	$(2, 3) (5, 7)$
105075	Graph Using a Table of Values	y=-4x+2	$y = - 4 x + 2$
105076	Graph Using a Table of Values	y=3x-8	$y = 3 x - 8$
105077	Graph Using a Table of Values	y=3x-7	$y = 3 x - 7$
105078	Graph Using a Table of Values	y=3x+3	$y = 3 x + 3$
105079	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(-3,0) , (0,4)	$(- 3, 0) (0, 4)$
105080	Graph Using a Table of Values	x-y=2	$x - y = 2$
105081	Expand Using the Binomial Theorem	(1+h)^3	${(1 + h)}^{3}$
105082	Expand Using the Binomial Theorem	(1-x^2)^2	${(1 - x^{2})}^{2}$
105083	Expand Using the Binomial Theorem	(x^2-9)^2	${(x^{2} - 9)}^{2}$
105084	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(1,0) , (6,8)	$(1, 0) (6, 8)$
105085	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(-2,2) , (0,-2)	$(- 2, 2) (0, - 2)$
105086	Expand Using the Binomial Theorem	(x^3-1)^2	${(x^{3} - 1)}^{2}$
105087	Find the Slope of the Perpendicular Line to the Line Through the Two Points	(15,9) , (12,-7)	$(15, 9)$ , $(12, - 7)$
105088	Find the Ellipse: Center (5,3), Focus (4,3), Vertex (-5,3)	(5,3) , (4,3) , (-5,3)	$(5, 3)$ , $(4, 3)$ , $(- 5, 3)$
105089	Expand Using the Binomial Theorem	(x^2-y^2)^3	${(x^{2} - y^{2})}^{3}$
105090	Find the Ellipse: Center (-3,5), Focus (-4,0), Vertex (-1,3)	(-3,5) , (-1,3) , (-4,0)	$(- 3, 5)$ , $(- 1, 3)$ , $(- 4, 0)$
105091	Simplify	(10-3i)(3-10i)	$(10 - 3 i) (3 - 10 i)$
105092	Expand Using the Binomial Theorem	(1-2y)^2	${(1 - 2 y)}^{2}$
105093	Find the Ellipse: Center (-1,3), Focus (-3,5), Vertex (-4,0)	(-3,5) , (-1,3) , (-4,0)	$(- 3, 5)$ , $(- 1, 3)$ , $(- 4, 0)$
105094	Expand Using the Binomial Theorem	(10x-y)^2	${(10 x - y)}^{2}$
105095	Find the Possible Factors	279	$279$
105096	Expand Using the Binomial Theorem	(2+h)^2	${(2 + h)}^{2}$
105097	Find the Possible Factors	296	$296$
105098	Expand Using the Binomial Theorem	(2a-3b)^3	${(2 a - 3 b)}^{3}$
105099	Find the Possible Factors	285	$285$
105100	Expand Using the Binomial Theorem	(2a-b)^10	${(2 a - b)}^{10}$