More plainly, the sequence is defined recursively by
and some starting value 
.
We're given that the sequence alternates between two constants, 
and 
, so that 
.
• If is even, then the second term must be odd, since
by the given rule, and 2×(even) - (odd) = (odd). So
In turn, the third term is even, since we jump back to . From the given rule,
and so
Then the sum of the two integers is 
• You end up with the same answer in the case of odd , so I'll omit this part of the solution. (It's almost identical as the even case.)
Answer:
right cone and hexagonal pyramid.
Step-by-step explanation:
The minimum accepted mass is 18.25 - 0.36 = 17.89 oz
The maximum accepted mass is 18.25 + 0.36 = 18.61 oz
So the range of rejected mass is x < 17.89 U x > 18.61
Answer:
Step-by-step explanation:
Find the sum of the squares of the residuals for
y 2x 6
Answer:
The option with the best deal is 216 diapers for $39.98
Step-by-step explanation:
Sally is shoping for diapers
Sally first sees a box which contains 216 diapers at $39.98
She also sees a second box with 88 diapers for $24.99
To know which option that has the best deal for diapers we have to calculate the amount of 1 diapers in each of the boxes
Box 1
216 diapers= $39.98
1 diaper= x
Cross multiply
216x= $39.98
x= 39.98/216
= 0.19 cents for 1 diapers
Box 2
88 diapers= $24.99
1 diaper= x
Cross multiply
88x= $24.99
x= 24.99/88
= 0.28 cents for 1 diaper
Hence the option with the best deal is 216 diapers for $39.98, this is because it is more cheaper.
