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What does -3f-14 equals 1 equals?
If: -3f-14 = 1 Then: f = -5
Simplify 8c - 3f - c - 3f?
first place the c's and f's next to each other. 8c-c-3f-3f now 8c-c = 7c and -3f -3f = -6f your answer is 7c-6f Remember that you cannot add of subtract from different letters you can only add of subtract like terms
What does 6 7e plus 5f - 3f equal?
-2(-3f+6)
What is the answer to 2y² plus y-1?
1
Find the critical number of y-1 divide by y2-y plus 1?
y-1/y2-y+1=y/y-1
What is 3F in a Y?
Feet in a yard
-3f - 14 equals 1?
-3f - 14 = 1 -3f = 1+14 -3f = 15 f = -5
What does -3f-14 equals 1 equals?
If: -3f-14 = 1 Then: f = -5
7 letter words ending in x?
Too many to list: [http://onelook.com/?w=%3F%3F%3F%3F%3F%3Fx&ls=a try this link]
What is 3F hormone?
Adrenaline is the 3F hormone.
3f plus 9 equals 23 what is the value of f?
3f+9 = 23 3f = 23-9 3f = 14 f = 14/3 3f+9=23 -9 -9 3f= 14 /3 /3 f= 4.66666 (6 repeats)
What is a 9 letter word starting with s ending with h?
rather than typing out all of them, check this link http://wordover.com/q/s%3F%3F%3F%3F%3F%3F%3Fh/ most of them are types of fish, so try stopwatch, sourdough or sixteenth
Simplify 8c - 3f - c - 3f?
first place the c's and f's next to each other. 8c-c-3f-3f now 8c-c = 7c and -3f -3f = -6f your answer is 7c-6f Remember that you cannot add of subtract from different letters you can only add of subtract like terms
What is 4f plus 2 plus 3d-1-3f?
It is an expression and can be simplified to: 3d+f+1
Who do solve FLT some lines?
I like back into multidimensional space where were born to be sleeping forever thousands autumn. Pierre De Fermat's last theorem. The conditions. x,y,z,n are the integers >0 and n>2. z^n=/x^n+y^n. Assumptions z^3=x^3+y^3. Therefore z=(x^3+y^3)^1/3. I define . F(x,y)=(x^3+y^3}^1/3 - [ (x-x-1)^3+(y-x-1)^3]^1/3. Therefore [z-F(x,y)]^3={ (x^3+y^3)^1/3 - (x^3+y^3}^1/3 + [ (x-x-1)^3+(y-x-1)^3] ^1/3 }^3={ [(x-x-1)^3+(y-x-1)^3]^1/3 }^3 =(x-x-1)^3+(y-x-1)^3= (y-x-1)^3-1. Because [z-F(x,y)]^3=(y-x-1)^3-1 . Attention [(y-x-1)^3-1 ] is an integer , [(y-x-1)^3-1 ]^1/3 is an irrational number therefore [(y-x-1)^3-1 ]^2/3 is an irrational number too. Example (2^3-1) is an integer , (2^3-1)^1/3 is an irrational number and (2^3-1)^2/3 is an irrational number too. Because z-F(x,y)=[y-x-1)^3-1]^1/3. Therefore z=F(x,y)+[(y-x-1)^3-1] ^1/3. Therefore z^3=[F(x,y)]^3.+3[F(x,y)]^2*[(y-x-1)^3-1]^1/3+3F(x,y)*[(y-x-1)-1]^2/3+[(y-x-1)^3-1]. Therefore 3F(x,y)*[(y-x-1)^3-1]^2/3+[F(x,y)]^3+3[F(x,y)]^2*[(y-x-1)^3-1]^1/3+[(y-x-1)^3-1] - z^3 =0 Because. z-F(x,y)=[ (y-x-1)^3-1]^1/3. Therefore F(x,y)=z - [(y-x-1)^3-1]^1/3. Therefore 3F(x,y)*[(y-x-1)^3-1]^2/3 =3z*[(y-x-1)^3-1]^2/3 -3[(y-x-1)^3-1]. Therefore. 3z*[(y-x-1)^3-1]^2/3 - 3[(y-x-1)^3-1]+[F(x,y)]^3+3[F(x,y)]^2*[y-x-1)^3-1]^1/3+[(y-x-1)^3-1] - z^3=0.. Named [F(x,y)]^3+3[F(x,y)]^2*[(y-x-1)^3-1]^1/3+[(y-x-1)^3-1] - z^3= W. We have 3z*[(y-x-1)^3-1]^2/3 is an irrational number because z is an integer and had proved [(y-x-1)^3-1]^2/3 is an irrational number. And 3[(y-x-1)^3-1] is an integer because x,y are the integers. And 3z*[(y-x-1)^3-1]^2/3 - 3[(y-x-1)^3-1]+[F(x,y)]^3+W=0. Therefore an irrational number - an integer+W=0. Therefore W is an complex irrational number. Named 3z*[(y-x-1)^3-1]^2/3 is 3z*B And Named 3[(y-x-1)^3-1] is C . Therefore 3z*B - C +W=0. Therefore 3z*B=C-W. Because z is an integer. B is an irrational number=[(y-x-1)^3-1]^2/3 Attention (an integer)^2/3 and (an integer)^2/3 is an irrational number. W is an complex irrational number. C is an integer. Therefore. an integer*an irrational number=an complex irrational number + an integer. Unreasonable. Therefore. z^3=/x^3+y^3 Similar z^n=/x^n+y^n. ISHTAR.
What does 6 7e plus 5f - 3f equal?
-2(-3f+6)
What is An orbital that could never exist according to the quantum description of the atom is?
3f
