All Answers 356004 Answers

Solve for m:
-2 log(m - 9) = -4

Divide both sides by -2:
log(m - 9) = 2

Cancel logarithms by taking exp of both sides:
m - 9 = e^2

Add 9 to both sides:
Answer: |m = e^2 + 9

If you didn't need to explain you could say it is a rhombus since if u turn ur head a little its slanted, but you do so heres how. there are at most 2 right angles!!!!!! since squares and rectangles all have 4 right angles, and there are only 2 undefined angles in the shape you can eliminate the other 2 answers of square and rectangle. And if you do the math (the sum of all the angles in a triangle is 180) you will find that the other two angles arn't even right angles! so there you have it.

FV = P x [1 + R]^N - 1 / 0.0098

FV =130 x [1.0098]^(5*12) -1 / 0.0098

FV = 130 x        81.14671324....

FV =$10,549.07

Using the Law of cosines to find  "c"......we have

c = sqrt [6^2 + 10^2 - 2(6)(10) cos (110) ]  ≈ 13.3

Using the Law of Sines to find angle A, we have

sinA / 6   =  sin(110) / 13.3

sinA  = 6sin(110)/13.3

arcsin (6sin (110) / 13.3)  = A  ≈ 25.08°

Angle B  =   180 - 110 - 25.08  = 44.92°

And "b"  =

b/sin(44.92) = 13.3/sin(110)

b = 13.3*sin(44.92)/ sin(110) ≈ 10

a = 6            b  = 10           c = 13.3

A = 25.08    B = 44.92       C = 110

It is because 1.700 and 1.800 when multiplied by 100 become 1700 and 1800 and when you multiply 1.799 by 100 to get 1799 you wil find that when you subtract 1800 by it you get 1 and when you subtract 1700 by it you get -98.

LMN is a right angled triangle with M being the right angle

LN=(√27+√12)

MN=(√18+√8)

Show that MN=5cm

=(√27+√12)^2 - (√18+√8)^2 =(MN)^2

=     75            -        50        = (MN)^2

(MN)^2 = 25 take the sqrt of both sides

MN = 5 cm.

( √125-√45)  / (  √125+√45  )   =

[ 5√5 - 3√5) / (5√5 + 3√5)  =

[2√5] / [8√5] =

2/8  =

1/4

FV = P x {[1 + R]^N - 1 / R}

10,000 = 800 x {[1.09/12]^N - 1 / 0.09/12}

12.50 = [1.0075^N - 1/ 0.0075]

0.09375=[1.0075^N - 1]

1.09375 =1.0075^N take the log of both sides

N =Log(1.09375) / Log(1.0075)

N =11.993 ~ 12 months.

Even if you say set f to equal 1/0 it is useless because nothing needs to divide by zero. oh and doing polynomial equations with xf=x/0 you can get some pretty weird stuff. like how some times you can just cancle all but a few things out and get a single point. or f=0 when you started with some thing like, (fx-1)(x+f)=0

                                                                                                fx^2+xf^2-x-f=0

                                                                                                 (fx^2+xf^2-x-f)=((1/0)x^2+x(1/0)^2-x-(1/0))=0

                                                                                                 ((1/0)x^2+x(1/0)^2-x-(1/0))*0=0*0

                                                                                                 (1+f-1)=0

                                                                                                  (f+1-1)=f=0???????

but when you try to solve the factored version it comes out to be

fx-1=0 or x+f=0

x=1/f or x=-f

x=1/(1/0) or x=-(1/0)

sooo if you plug that in to the equations: (f*(1/(1/)-1)(1/(1/0)+f)=0

1/1/0 = 1/0 so

((1/0*1/0)-1)(1/0+1/0)=0

(f^2-1)(2f)=0

so f^2-1=0 or (2f)=0

and since 2f is just 1/0 + 1/0 we get undefined

but 1/0^2, if just 1/0 because 1*1/0*0

and then subtracting one doesnt help since we cant divide by zero.

btw i have found an equation that has a one point solution its just lost in my notes.

The diagonals bisect each other, so this is a parallelogram.

(3+√5)(3+√5)-(2+√2)(2+√2)

[9 + 6√5 + 5] - [4 + 4√2 + 2] =

[14 + 6√5] - [ 6 + 4√2] =

8 + 6√5 - 4√2    ≈    15.76

When using circle why do you have to use Pi

I'm taking "odds" to mean "probability"

At least 2 red means :  2 red, 3 red,4 red or 5 red

There are C(36,5) possibilities

And for 2 red...we want to choose 2 of the 5 red and 3 of the other 31

Similarly...for 3 red, we want to choose 3 of the 5 red and 2 of the other 31, etc.

So we have

[ C(5,2)*C(31,3) + C(5,3)*C(31,2) + C(5,4)*C(31,1) + C(5,5)] / C(36,5)  =

1777 / 13464  ≈  13.2%

P.S. - the odds for this are 1777 to [13464 - 1777]   =  1777 to 11687

53.5

What is the value of sin(A) ?

nah

\(\sqrt{3(0^2)} = 0\)

That probably doesnt help any ahaha...

The minimum selling price will be 100% of the original price plus 30% of the original price.

The minimum selling price will be 130% of the original price.

130% of $5.62 = (1.30)($5.62) = $7.306 ≈ $7.31 per book

I have tried it with the first 100 square numbers, this is going to be hard.

Probably Crimson if anything. It's a relaxing yet mysterious red in my opinion.