Questions LLC
Login
or
Sign Up
Ask a New Question
Mathematics
Algebra
Polynomials
A^2-2AB+B^2
1 answer
= (A-B)^2
You can
ask a new question
or
answer this question
.
Similar Questions
State whether the following equations are sometimes, always or never true.
a) a^2-2ab-b^2= (a-b)^2, bis not equal to 0 b) a^2+
Top answer:
it is asking if the left is the same as the right look at a (a-b)(a-b) = a^2 -2ab + b^2 Always then
Read more.
show work
simplify:(a-9b)(a+3c) (a-9b)(a+3c) a^2+3ca-9ba-9bc I'm pretty sure this is how you do it... plz check some standard
Top answer:
LM = 4 in MN = ?
Read more.
Is this correct?
subtract (4a^3+2b^3)-(6a^3+5a^2b-2ab^2+2b^3) answer: -2a^3-5a^2b+2ab^2
Top answer:
correct
Read more.
1. Multiply 2ab(−a+2b+3)
A. −2a+2ab+3b B. 8ab C. −2a2b+4ab2+6ab D. 8a2b2 2. Simplify the expression using multiplication.
Top answer:
1. C. −2a2b+4ab2+6ab 2. B. 3x^3y+2x^2y−3xy^2 3. A. X^2−15 4. C. 4x^2+10x−6 5. D.
Read more.
Kahlil said that using the equation (a + b)2 = a2 + 2ab + b2, he can find a similar equation for (a - b)2. Examine his argument.
Top answer:
He is correct.
Read more.
Identify the pattern that can be used to factor the high-degree polynomial y4−8y2+16
. Pattern #1: (a+b)2=a2+2ab+b2 Pattern #2:
Top answer:
The pattern that can be used to factor the high-degree polynomial y4−8y2+16 is Pattern #1:
Read more.
Kahlil said that using the equation
he can find a similar equation for Examine his argument. If it is correct, supply any missing
Top answer:
Based on the information provided, let's examine Kahlil's argument step by step. 1. Kahlil claims
Read more.
I don't understand how this is
if (a ± b)² = a² ± 2ab + b² i would think that is would be A squared plus or minues B squared
Top answer:
x(y + z) = xy + xz (1) If you substitute x = p + q, you get: (p + q)(y+z) = (p+q)y + (p+q)z Applying
Read more.
Identify the pattern that can be used to factor the high-degree polynomial y4−8y2+16
. Pattern #1: (a+b)2=a2+2ab+b2 Pattern #2:
Top answer:
In this case, the pattern that can be used to factor the high-degree polynomial is Pattern #2:
Read more.
Factor 2ab(c-d)+10d(c-d)
I would like to know how to do this. Thanks. (c-d) is a common factor, so you pull it out: (c-d)(2ab +
Top answer:
The letters in the equation you provided do not have specific meanings assigned to them. Without
Read more.
Related Questions
of a^2+b^2=2ab, prove log[(a+b)/2]=1/2(loga+logb)
Fill in the blank.
To find the area of any triangle, use one of the following three formulas: Area = __________. a) 1/2 bc
factorise ?
a(a+b)^2 - 2ab(a+b)
ABCD is a rectangle, in which BC=2AB. A point E lies on ray CD, such that CE=2BC. Prove that BE perpindicular AC
If 2ab + 5cd = 5 and abcd = 1, what is the value of 4a^2b^2+ 25 c^2d^2
Draw a diagram to represent the identity (a + b)2 = a2 + 2ab + b2.
ifcosX+cosY=a and sinX+sinY=b than prove thatsin2X+sin2Y=2ab(1-2/(a^2+b^2)
When creating the formula for surface area of a triangular pyramid (SA=1/2ab+3(1/2lb)), what formula is being used?
Encircle the error in the following "proof" that the two arbitrary numbers are equal to each other. Let a and b the arbitrary
1. Solve for x.
4(x – b) = x b= 4/3x b=3/4x x=4/3b x=3/4b Solve for y, then find the value of y when given x = –2. 6x = 7 –
