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VeryInteresting is a simple
AffordaBilly is a simple
Ever wondered how long it
This program allows users to
loan payment calculator. If
interest loan calculator,
will take to pay off your
convert units such as:
a user enters a loan amount,
focused on determining how
credit card with those
Energy, Pressure, Volume,
an interest rate, the length
large a loan the user can
minimum payments?
Density, Specific Volume,
of a loan, and the payment
afford, given an interest
PayBackTime will tell you!
Specific Heat (Entropy),
frequency, the calculator
rate, how large a payment
This script is focused on
Enthalpy, Viscosity
will show the monthly
they can make, and length of
determining how long it will
(absolute), and Coefficient
payment and the total
the loan in years. Users can
take to pay off a loan or
of Heat Transfer.
interest that will be paid
choose monthly or bi-weekly
credit card, given a minimum
if the loan is paid to term.
payments. The results will
payment, balance, and
For monthly payments, it
show the maximum amount of a
interest rate. The results
will also show an
loan that the user can
will show the time it will
amortization table. Supports
afford based on the monthly
take to pay off the balance
British Pound Sterling and
payment and interest rate.
with that monthly payment,
Japanese Yen symbols as well
number of payments, and the
as US Dollars.
total interest the user will
end up paying. For
illustration purposes, it
also shows the same data
based on a bi-weekly payment
of half the amount of the
monthly payment.
Date: Aug, 27 2003 Date: Aug, 18 2003 Date: Aug, 18 2003 Date: Aug, 02 1999 |
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This calculator is used to
calculate pipe friction
losses for straight piping
handling water and water
with varying percentages of
ethylene glycol. The
calculator uses an algorithm
developed from the basic
principles of fluid
mechanics. This calculator
allows the user to input the
fluid type, the fluid
temperature, the flow rate,
the pipe size, pipe length,
and pipe material. The
calculator then determines
the velocity, the Reynolds
number, the Moody friction
factor, the pipe friction
factor, the pipe head loss,
and the pipe friction loss
in PSI.
Date: Aug, 02 1999 |