Here i present a theoretical framework for calculating price fluctuation and growth over time by analysing the MACD indicator and the crossover points for price action and moving average.
We can see that VRX:ETH valuation has increased significantly from when we last intersected the mid line. This can indicate that we will see a massive increasing, more so than the previous level as market growth begins to accelerate.
x1 = 0.08
i1 = x +0.358 ETH:VRX ---> +449% ---> 0.438
r1 = i1 -0.206 ETH:VRX ---> -47.52% ---> 0.2307
-----------------------------------------------------------
Hypothetical price
-----------------------------------------------------------
i2 = r1 +0.36 ETH:VRX ---> +157.13% ---> 0.584
r2 = i2 -0.206 ETH:VRX ---> -35.28% ---> 0.378
i3 = r2 + 0.36 ETH:VRX ---> +95% ---> 0.735 ETH:VRX
These are simulated statistics for price based on speed and stability of price growth.
Take them with a grain of salt as errors and variance cannot be accounted for without the use of a statistical simulation model.
All things aside, I think verox will go big.
We can see that VRX:ETH valuation has increased significantly from when we last intersected the mid line. This can indicate that we will see a massive increasing, more so than the previous level as market growth begins to accelerate.
x1 = 0.08
i1 = x +0.358 ETH:VRX ---> +449% ---> 0.438
r1 = i1 -0.206 ETH:VRX ---> -47.52% ---> 0.2307
-----------------------------------------------------------
Hypothetical price
-----------------------------------------------------------
i2 = r1 +0.36 ETH:VRX ---> +157.13% ---> 0.584
r2 = i2 -0.206 ETH:VRX ---> -35.28% ---> 0.378
i3 = r2 + 0.36 ETH:VRX ---> +95% ---> 0.735 ETH:VRX
These are simulated statistics for price based on speed and stability of price growth.
Take them with a grain of salt as errors and variance cannot be accounted for without the use of a statistical simulation model.
All things aside, I think verox will go big.