Average rate of return = Net Income / Average Assets
Average assets = (opening assets - closing assets) / 2
Average rate of return=Average profit /Initial investment*100% or ARR=Average profit /Average investment*100% or ARR=Total profit /Initial Investment*100%
ARR stand for average room rate
two traditional methods: Average rate of return (ARR) and Payback (PB)...
Average Rate of Return is calculated by using the formula: (Net return per year / initial investment) x 100 Average Rate of Return is calculated by using the formula: (Net return per year / initial investment) x 100
Average Rate of Return is calculated by using the formula: (Net return per year / initial investment) x 100 Average Rate of Return is calculated by using the formula: (Net return per year / initial investment) x 100
ARR, or Average Rate of Return, inside a ring refers to the expected average return on an investment over a specified period, typically expressed as a percentage. In the context of a ring, it may pertain to the financial performance of investments associated with the ring, such as jewelry or precious metals. The ARR helps investors assess the profitability and efficiency of their investments within that specific asset class.
Average Room Rate also means arrival time.
ARR stands for Accounting Rate of Return. Information can be found about this from many websites including Money Terms. Financial Dictionary also provides information.
ARR = Average Room Revenue
The expected rate of return is simply the average rate of return. The standard deviation does not directly affect the expected rate of return, only the reliability of that estimate.
Implement these methods: public static int smallest(int[] arr) { int small = arr[0]; for(int i = 1; i < arr.size(); i++) if(arr[i] < small) small = arr[i]; return small; } public static int largest(int[] arr) { int large = arr[0]; for(int i = 1; i < arr.size(); i++) if(arr[i] > large) large = arr[i]; return large; }
Where Equals __RAverage rate of return Rt Return at time t TNumber of time points Where Equals u Average rate of return Ri i-th return n Number of observations Where Equals __RAverage rate of return Rt Return at time t TNumber of time points Where Equals u Average rate of return Ri i-th return n Number of observations