To find the number of even integers strictly between m (even) and v (odd), we need to identify the actual largest and smallest even integers inside that boundary.
1. Identify the boundaries: Upper limit: The integers must be less than m. Since m is even, the largest even integer less than m is m - 2.Lower limit: The integers must be greater than v. Since v is odd, the smallest even integer greater than v is v + 1.
2. Apply the counting formula:
Now, plug these actual endpoints into the consecutive sequence formula:{Number of Evens} = {(m - 2) - (v + 1)}/{2} + 1
3. Simplify the expression:{Number of Evens} = {m - v - 3}/{2} + 1
{Number of Evens} = {m - v - 1}/{2}
Carcass
If
m is an even integer,
v is an odd integer, and
m > v > 0, which of the following represents the number of even integers less than
m and greater than
v ?
A. \(\frac{m-v}{2} -1\)
B. \(\frac{m-v-1}{2}\)
C. \(\frac{m-v}{2}\)
D. \(m-v-1\)
E. \(m-v\)