A safe has a 4-digit lock code that does not include zero as a digit and no digit is repeated. What is the probability of a lock
without all even digits?
There are/is ___ way(s) to get a lock code with all even digits.
There are 3,024 different 4-digit lock codes.
There are are/is ___ way(s) to get a lock code without all even digits.
The probability of a 4-digit lock code without all even digits is ___/ 3024.
2 answers:
Answer:
A. 9
B. 3,024
C. 4
D. 24
hope this helps!
Answer:
24, 3000, 3000/3024
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Answer:
h = hamburgers sold
2h - 72 = 578
2h = 650
2 2
h = 325
There were 72 fewer cheeseburgers sold than hamburgers. That means cheeseburgers = 325 - 72
325 - 72 = 253
253 = cheeseburgers
325 = hamburgers
253 + 325 = 578
Hamburgers = 325
Hope this helps :)
Answer:
15×5-7
75-7
68
answer =68
Answer:
answer is B
Step-by-step explanation:
Answer: 1/3
Step-by-step explanation:
Since greater than 4 is 2/3
There would be 1.75 pieces
