I'm guessing you put 1/3 into a calculator and saw this.
What the calculator is actually doing is rounding the number because 1/3 isn't very clean turning into a decimal, you'd need a sort of decimal of a decimal to get that number (Which don't exist, I think). So 1/3 is ABOUT .3333333333.... But 1/3 is the best way to go for an exact answer.
Any number divided by zero is undefined, the reasoning gets really messy... really really really messy. Even teachers can be dumbfounded by the explanation.
Number one is actually 9x^8 (You multiplied 3 by 2 instead of squaring it, silly mistakes can be fatal)
By looking at most of the others you got most correct, though silly mistakes in some, try going through the step by step progress with them again.
That is great :)
I don't exactly know what you are trying to do with those percent signs, you give no implication of a number being represented into percentages. If those were a typo of sorts, or... something then the answer above is the correct approximation.
(((7000000000/46)/.17)/5.52)= 162163163.94
Those percent signs made no sense. So I just did the math without them.
I got about 300,000 I want to know if im correct.
Pi or π is the mathematical constant for approximately 3.14
Pie on the other hand is a baked dish of fruit, or meat and vegetables, typically with a top and base of pastry.
(((7000000000/46%)/.17%)/25%)= 35805626.60 (Not sure if you wanted the percentages of the number or just divide by those numbers).
COT (15) = adjacent/ opposite = x(the horizontal distance) / 14500
14500 cot (15) = x = 54114.74 ft
ANYTHING (except '0') raised to the 0 power is = 1 so the WHOLE NUMERATOR = 1
=
1/y^2
2 sqrt12 + 4 sqrt 75
2 sqrt(4*3) + 4 sqrt (25*3)
2*2 sqrt3 + 4*5 sqrt3
4 sqrt3 +20 sqrt3
24 sqrt3
\(\left | 1-(-.21) \right |\)
\(\left | 1+.21 \right |\)
\(\left | 1.21 \right |\)
\(1.21\)
\(50+X+59+(Y-97)=280\)
\(50+X+59+Y-97=280\)
\(109+X+Y-97=280\)
\(12+X+Y=280\)
\(X+Y=268\)
\(Y=268-X\)
Plug in a value for X and you will get a value for Y.
Domain: (-∞,∞)
Range: (-∞,∞)
Graph of equation:
https://www.desmos.com/calculator/ky1uymu0vu
9 1/2
(nine and a half)
Thanks, got it!
\(\frac{11\times12}{\sqrt{\pi}}\)
\(\frac{132}{\sqrt{\pi}}\)
\(\frac{132\sqrt{\pi}}{\pi}\)
\(\frac{233.9639083195280988...}{\pi}\)
\(\frac{233.9639083195280988...}{\ 3.1415926535897932...}\)
\(74.4730250283038245...\)
-4/x^-6 is the awnser simplifyed x^6/4?
The -4 is just a number, it is not an indice, so you leave it alone.
\(\frac{-4}{x^{-6}}\\=\frac{-4}{1*x^{-6}}\\ \mbox{Only the x is raised to a negative indice}\\\mbox{ so only the x term is swapped to the other side to the fraction line.}\\ \frac{-4}{x^{-6}}=\frac{-4*x^{+6}}{1}=-4x^6\)
something
You are welcome, it is important that you completely understand WHY this works.
Maybe you will sort it out better with some of your easier questions that I expect you to post soon :)
Thank you! :)
50+X+59+(Y-97) = 50+X+59+(Y+(-97))= 50+59+ (-97)+ X+Y= 109-97+X+Y= 12+X+Y= 128
X+Y=116
Given these conditions, there are an infinite number of possibilities for either variable.
