This is the lump sum or closing balance you will receive back at the end of the investment.Ĭalculate the internal rate of return of a series of future cash-flows.Ĭalculate moving values, such as a moving sum or moving average.Ĭalculate the number of periodic payments that are needed given the interest rate, opening and closing balances and the payment values required.Ĭalculate the net present value of a series of cash-flows using a constant interest rate.Ĭalculate the payments for a loan or annuity with constant payments and a constant interest rate.Ĭalculate the present value of future cash-flows. Can be used to calculate the number of agents required to service a given number of calls and meet the service level agreement.Ĭalculate the minimum waiting time for which the service level agreement can be maintained.Ĭalculate the arrival rate of calls that can be received while guaranteeing the Service Level Agreement.Ĭalculate the average duration of calls that are answered while guaranteeing the Service Level Agreement.Ĭalculate the average waiting time for incoming calls.Ĭalculate the difference in a value in the Current Period vs Previous Period.Ĭalculate the probability a call will be blocked entirely, assumes there are no calls on queue.Ĭalculate the probability a call will be placed in an unlimited queue.Ĭalculate the future residual value of an investment. Returns Boolean result TRUE when the source Boolean is TRUE for any items of a list formatted source line item.Ĭalculate the number of agents required to service a given number of calls and meet the Service Level Agreement.Ĭalculate the number of agents required to handle the busy-period call traffic, given a percentage of calls that might receive a busy tone. Returns Boolean result TRUE only when the source Boolean is TRUE for all items of a list formatted source line item.Īggregation function that can be used with Boolean line items on source and result. These can be absolute time periods or relative to the latest actual time period.Īggregate Boolean line items on source and result. Date format depends on your locale.Īggregate the original line item values from the source module or modules that you selected for your line item subset.Ĭollects the data from the original line items from one or more modules (module must have a line item subset as a dimension).Īggregate between the From and To time periods to sum or average over selected periods. Date format depends on your locale.Īdd a specified number of years to a date. BehaviorĪdd a specified number of months to a date. Try using this table if you know what you want to do but don't know which function to use.
#REVERSE LOOK UP FREE#
To find the PTR record for IPv4 or IPv6 use our free Reverse DNS lookup tool.Precision differences and large number calculations The PTR record for the IP address is 157.166.236.135ġ35.-addr.arpa in PTR Ģ) In IPv6, the reverse process takes place via the dedicated domain ip6.arpa so that for example the PTR record for Reverse DNS lookup differs depending on whether it is used for an IPv4 or IPv6 address:ġ) In IPv4, the reverse lookup technique takes place via a special domain in.addr.arpa, since the PTR record is stored in that domain, through which we find out the host name for the requested IP address.įor example, IP address 172.217.9.69 uses the domain 69.9., which indicates the use of host name. Of DNS lookup through which we find out the IP address and other DNS records through the domain. Hence the reverse and bears the name since it is the diametrically opposite process To find out the domain name associated with that IP address. The acronym PTR stands for DNS pointer record and is used for the so-called reverse DNS lookup process where we use an IP address The PTR record is within the DNS Zone of a single domain, one of several DNS records present and has its own function. IP Lookup » DNS Lookup » Reverse DNS PTR Record Check
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