## Axie Infinity – Damage

You are probably here wondering how damage is calculated in Axie. You saw the damage in your enemy’s card Sinister Strike to be 130, but it dealt 179 to your Plant. One thing’s for sure, there is calculation to all these. 1. RPS Mechanics There are 9 different classes of Axies grouped into 3. EachContinue reading “Axie Infinity – Damage”

## Last Stand Computation in Axie Infinity

Entering Last Stand enables your axie to still perform actions based on the number of ticks. Last Stand is not random. There is math behind it. How do we enter Last Stand in Axie? (or perhaps avoid)How many Last Stand ticks do we get when triggered? There are 3 factors to check in determining lastContinue reading “Last Stand Computation in Axie Infinity”

## IMSQRT

Function Type: Engineering Description: Returns the square root of a complex number. Function Structure: =IMSQRT(inumber). Argument breakdown: inumber – A complex number for which you want the square root. Example: If you need instant expert help with Excel or Google Sheets, please visit my fiverr gig. Back to Learn Excel->

## IMSINH

Version Availability: Desktop version starting Excel 2013 Function Type: Engineering Description: Returns the hyperbolic sine of a complex number. Function Structure: =IMSINH(inumber). Argument Breakdown: inumber – A complex number for which you want the hyperbolic sine. Example: If you need instant expert help with Excel or Google Sheets, please visit my fiverr gig. Back toContinue reading “IMSINH”

## IMSIN

Function Type: Engineering Description: Returns the sine of a complex number. Function Structure: =IMSIN(inumber). Argument Breakdown: inumber – A complex number for which you want the sine. Example: If you need instant expert help with Excel or Google Sheets, please visit my fiverr gig. Back to Learn Excel->

## IMLN

Function Type: Engineering Description: Returns the natural logarithm of a complex number. Function Structure: =IMLN(inumber). Argument Breakdown: inumber – A complex number for which you want the natural logarithm. Example: If you need instant expert help with Excel or Google Sheets, please visit my fiverr gig. Back to Learn Excel->

## CHIDIST

Function Type: Compatibility Description: Returns the one-tailed probability of the chi-squared distribution. In Excel 2007, this is a Statistical function. Function Structure: =CHIDIST(x, deg_freedom). Argument Breakdown: x – The value at which the chi-square distribution is to be evaluated (must be ≥ 0). deg_freedom – The number of degrees of freedom (must be an integer between 1Continue reading “CHIDIST”

## BINOMDIST

Function Type: Compatibility Description: Returns the individual term binomial distribution probability. In Excel 2007, this is a Statistical function. Function Structure: =BINOMDIST(number_s, trials, probability_s, cumulative) Argument Breakdown: number_s – The number of successes. trials – The number of independent trials. probability_s – The probability success on each trial. cumulative – TRUE = cumulative distribution function,Continue reading “BINOMDIST”

## BETAINV

Function Type: Compatibility Description: Returns the inverse of the cumulative distribution function for a specified beta distribution. In Excel 2007, this is a Statistical function. Function Structure: =BETAINV(probability, alpha, beta, [A], [B]). Argument Breakdown: probability – The probability of the Beta distribution, for which you want to find the value of x. alpha – AContinue reading “BETAINV”