mulitiplication table

Shows the color coded addition or multiplication table entries and answer for any 2 numbers 1-15.

Given an interest rate (i), number of periods to display (n), and number of digits to round (r), this calculator produces a compound interest table. It shows the values for the following 4 compound interest annuity functions from time 1 to (n) rounded to (r) digits:
vⁿ
d
(1 + i)ⁿ
a_n|
s_n|
ä_n|i
s_n|i
Force of Interest δⁿ

Given a contingency table (two-way table), this will calculate expected frequencies and then determine a conclusion based on a Χ² test with critical value test and conclusion.

Demonstrates the addition table and multiplication table for a finite field (Galois Field) of n denoted GF(n).

Determines the classes and frequency distribution using the 2 to k rule.

This is a table which lists out the formulas for geometric shapes

Given an input table with input and output values, this will determine the operator and rule used to populate the missing values.

Given a 2 x 2 contingency table and a significance level, this will determine the test statistic, critical value, and hypothesis conclusion using a Mcnemar test.

Given a reserve ratio and initial deposit amount, this calculates the money multiplier and displays the re-lending process table for a bank to other banks including reserves and loans.

Calculates the monthly payment, APY%, total value of payments, principal/interest/balance at a given time as well as an amortization table on a standard or interest only home or car loan with fixed interest rate. Handles amortized loans.

Generates a natural logarithm table for the first (n) numbers rounded to (r) digits

Shows details of all the elements on the periodic table including atomic weight, natural state.

Shows a table of prefix multipliers, designators, symbols, and values

Generates a square root table for the first (n) numbers rounded to (r) digits

Sets up a truth table based on a logical statement of 1, 2 or 3 letters with statements such as propositions, equivalence, conjunction, disjunction, negation. Includes modus ponens.

Given a Z-score probability statement from the list below, this will determine the probability using the normal distribution z-table.
* P(z < a)
* P(z <= a)
* P(z > a)
* P(z >= a)
* P(a < z < b) Calculates z score probability