All posible integer values of x = 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17.
So, the sum of all possible integer values of x is 147.
Alan has answered that question here: https://web2.0calc.com/questions/please-help_63707
Hey Guest!,
CPhill answered that question already in https://web2.0calc.com/questions/algebra_98880
First, lets change both decimals into fractions.
0.0202 repeating is 02/99 since x = 0.0202... and 100x = 2.0202... so 99x = 2 and x = 2/99.
0.02 is 2/100 obviously, so now subtract the two!
2/100-2/99 = -1/4950
Whats the point of copying CPhill's answer?
There is no need for the same work twice. How about next time do it yourself? :)
Thats because it doesn't! :p
The answer to your question is 3 🍻
y = 1.13093
\(Hint: 5^{3^{k+1}}+1=(5^{3^{k}})^{3}+1=(5^{3^{k}}+1)(5^{2⋅3^{k}}−5^{3^{k}}+1)\)
If I am correct, h(t) = −t^2+ 8t + 10 so, the rock first reaches the height of 12m at 12 = −t^2+ 8t + 10 and by solving that quadratic we get,
\(T=4±\sqrt{14}\)
So, the rock first reaches the height of 12m at \(4-\sqrt{14}\) which is aprox 0.25834261 seconds.
m*n^3^2/(2*m*n) Simplifies to \((n^8)/2\)
