2(h + k) - (h - k)
h + 3k
2b + b2 = ??
b(b +2)
If p - q =15, evaluate
3p - 3q - 2
Solve for x in:
logx5 = 2
√5
Find the midpoint of A(6,7) and B(4,1)
(5,4)
196x2 - 169y2
x2 - 5x + 6 = ??
(x - 2)(x - 3)
If
x + y = 8
x2 - y2 = -16
Find x - y
-2
Evaluate the following integral
∫e^ln(5x4sin(x5))dx
jk lol free points [ans was -cos(x5) + C]
Find the coordinate of the turning point in
y = -x2 + 6x - 4
(3,5)
a2bc - ab2c + abc2
Factorize
3x2 + 5xy - 2y2
(x + 2y)(3x - y)
Evaluate 99992
Express as a single logarithm:
log4 - (logP + logQ) + 2logR
log(4R2/PQ)
Find the value(s) of x where y isn't defined in
y = 5 + 1/(x-2)
x = 2
(x + 1)3
x3 + 3x2 + 3x + 1
2(a-1)2 + (a-1) - 3 [Hint: let (a-1) = X]
(a - 2)(2a + 1)
If:
x + y = 8
xy = 2
Find x2 + y2
60
Solve for the values of x:
1 + 2log3x = log3(28x - 9)
x = 1/3
x = 9
Find the perpendicular bisector of the points A(3,5) and B(6,7)
y = (-3/2)x + (51/4)
Selamat :>
(2a - b)(4a2 + 2ab + b2) - a3 + b3
Factorize COMPLETELY
x32 - y32
(x16+y16)(x8+y8)(x4+y4)(x2+y2)(x + y)(x - y)
If x + 1/x = 3
Evaluate x3 + 1/x3
[Hint: a3 + b3 = (a+b)(a2 - ab + b2)]
18
Solve for x in:
(log3x)2 - log3xlog100 = -log33
x = 3
The distance of a particle from the origin is given as
D = t3 - 3t2 + 2
Where t is time in seconds D is the distance traveled in metres. Evaluate the velocity of the particle three seconds after it starts moving (at t = 3).
[Hint: Velocity is the first derivative of D]
9m/s