As a first step, you need to experiment a bit, until you find manage to figure out the rule underlying the pattern. After that, you may need further experimentation until you find the correct formula. Here are some special cases.* If the difference between two consecutive numbers is constant, you use an algebraic sequence. Example: each number is 3 more than the previous one. The sequence is of the type 3n + (some constant). You can find out the constant quite quickly, by experimenting a bit.
* If the difference increases by a constant amount, for example the differences are 1, 2, 3, 4, 5, ..., some quadratic formula should work.
* If the RATIO between two consecutive numbers is a constant, it's a geometric sequence, of the form a times b to the power n. "b" is the ratio; once again, you can figure out "a" by experimenting.
It depends on the patterns.
becaus it is multiplied
5 * * * * * No. It should be 5n2
how i can identified and describe number patterns
number over regular amount equals x over 100
It depends on the patterns.
becaus it is multiplied
5 * * * * * No. It should be 5n2
y = 5,280 x x = number of miles y = number of feet
how i can identified and describe number patterns
number over regular amount equals x over 100
3n - 5
The general formula of a saturated hydrocarbon is CnH2n+2, where n represents the number of carbon atoms in the molecule.
If a formula is in a cell and a number is entered into the same cell, then the formula will be gone and replaced by the number. You can enter a number in a cell that is referenced by a formula in another cell. The cell with the formula in it will update when the number is entered into the other cell. Say you change the value in A2 and the cell A3 contains the formula: =A2*10 Then the total in A3 will update when any change in A2.
define the following write the units and formula
hfksjfhjf
Formula: H2