recursive rule—<span>a rule for generating terms of a sequence that depends on one or more previous terms of the sequence
iterative rule—rule that can be used to find the nth term of a sequence without calculating previous terms of the sequence, also called the Explicit Rule
model parameter—value that is held constant in a specific function, or model, while other variables might change
c</span>ommon difference—<span>the constant d of the sequence.
a</span>rithmetic sequence—a<span> sequence where the difference between consecutive terms is a constant
</span>model variable<span>—a variable that takes on different values in a specific function, or model, while other values are held constant
c</span>ommon ratio—t<span>he constant r of the sequence
sequence—a list of numbers, finite or infinite, that follow a particular pattern
t</span>erms of a sequence—t<span>he numbers in a sequence
g</span>eometric sequence—<span>a sequence where the ratio between consecutive terms is a constant
1. C </span>2. D 3. I 4. G 5. E 6. J 7. H 8. A 9. B 10. F
Answer:
If you go by normal method, no. of possible passwords that can be created with 26 alphabets are 26X26X26X26 = 456,976
Step-by-step explanation:
. If you do not want to repeat the alphabets, you can use combinations. i.e. C(26, 4) or 26C4 = 358,800 ways
If you multipy 2 times 6 the answer would be 12
Answer:
so the way that you would have to solve this is to first do -9*4 which is -36 so then you subtract that from 4 which gives you your answer of:
-40
Hope this helps bye!
Step-by-step explanation:
