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add up all the numbers and divide by 5

bae and bae are like variabesl

and uhhh uhhh uhh i uhh think uhh maths like bae + bae = couple of baes

yeah...

bae + bae = 2bae

bae and bae are like terms 

bae+bae = 2bae

In May (31 days), the loan payment is 603 €, out of which the capital portion is 51,0 % and the rest is interest for the loan capital. Calculate the annual interest rate, when after the payment the remaining balance is 61660 €.

603 x 51% =307.53 - This the principal portion of the payment.

603 x 49% =295.47 - This is the interest portion of the payment.

61,660 + 307.53 =61,967.53 - This is the balance of the before the principal payment.

295.47 / 31(days in May) =9.53 - This is daily interest on the loan.

9.53/61,967.53 =0.000153811 - This is the DAILY interest rate.

0.000153811 x 365 x 100 =5.6141% - This is the interest RATE componded daily.

5.6141% compounded daily =5.7742% -  EFFECTIVE annual interest rate

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whhy is teh skys bbluhes

Read here.

what is -3x*-76x

You typed.

\(Please \ name \ the \ exponent \ of\ x^?.\)

0.57735026919 turned into a fraction.

\(0.57735026919 \approx \dfrac{4325891}{7492663} =0.577350269190006\dots \)

\(0.57735026919 \approx \dfrac{151316}{262087} =0.5773502691854236\dots \)

Find the area of the bounded region by the curves y=x^3 and y=x^2.

first solve simultaneously to find the end points

x^3=x^2

x=0 or x=1

I can also see by simple inspection that x^2 and x^3 will be greater or equal to zero in this domain

and x^2 will be above x^3

so

\(\displaystyle\int_{0}^{1}\;\;x^2-x^3\;\;dx \\ =\left[\frac{x^3}{3}-\frac{x^4}{4}\right]_0^1\\ =\frac{1}{3}-\frac{1}{4}\\ =\frac{1}{12} \;\;units ^2\)

0.4075 times inverse sin

LOL

I think that you mean

Find the inverse sine of 0.4075

which is thte same as find    arc sine of 0.4075

enter it into this calc as 

asin(0.4075)

asin(0.4075) = 24.047885163882 degrees

The site looks great.

I found the 10 best movies but I did not find a music section :/

yes

Hello Lionel, how nice of your to drop in :)

This is a great song  :)

0.57735026919 turned into a fraction.

\(\dfrac{151316}{262087}\)

How is a ratio like a rate?

They are both comparisions of one thing to another.

eg

miles/hour

red blocks:blue triangles

Show that there is a root for Sinx=x^2-x

I do not know what you mean .. maybe I should but I don't.  

Do you mean:

Show that this has a root?  In other words show that for some value of x,  y=0?

y=sinx-x^2+x

This has the trivial solution of x=0

Gabriel_09821643 ***

well you could pull out

4 diamonds, 4 hearts, 4 clubs, 4 spades and the next one HAS to the a fith of a suite.

so that is 17

(5X10^-4)(3X10^-10) 

\(\sqrt{(5*10^{-4})(3*10^{-10}) }\\ =\sqrt{5*10^{-4}*3*10^{-10} }\\ =\sqrt{5*3*10^{-4}*10^{-10} }\\ =\sqrt{15*10^{-4+-10} }\\ =\sqrt{15*10^{-14} }\\ =\sqrt{15}*\sqrt{10^{-14} }\\ =\sqrt{15}*10^{(-14*\frac{1}{2}) }\\ =\sqrt{15}*10^{(-7) }\\ =\sqrt{15}*\frac{1}{10^{(+7) }}\\ =\frac{\sqrt{15}}{10^7}\\\)

sqrt(15)/10^7 = 0.0000003872983346

Mine is <Deleted>

Hello Guest,

your answer is not correct.

if n =   798, then \(798 \pmod {54}\) is not 44. It is 42.

if n = 1726, then \(1726 \pmod {54}\) is not 44. It is 52.

if n = 2654, then \(2654 \pmod {54}\) is not 44. It is 8.

(-1)^n-(1)^n=

\((-1)^n-(1)^n= (-1)^n - 1\)