108 关于属灵不冷不热的圣经经文

灵里的 lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm lukewarm. \end{array}\right.$ Step 2: Check if the first 20 terms. \end{enumerate} $1024=2^{10}=1024$ $2^{10}=1024$ $2^{11}=2048$ $2^{12}=4096$ $2^{13}=8192$ $2^{14}=16384$ $2^{15}=32768$ $2^{16}=65536$ $2^{17}=131072$ $2^{18}=262144$ $2^{19}=524288$ $2^{20}=1048576$ $2^{21}=2097152$ $2^{22}=4194304$ $2^{23}=8388608$ $2^{24}=16777216$ $2^{25}=33554432$ $2^{26}=67108864$ $2^{27}=134217728$ $2^{28}=268435456$ $2^{29}=536870912$ $2^{30}=1073741824$ $2^{31}=2147483648$ $2^{32}=4294967296$ $2^{33}=8589934592$ $2^{34}=17179869184$ $2^{35}=34359738368$ $2^{36}=68719476736$ $2^{37}=137438953472$ $2^{38}=274877906944$ $2^{39}=549755813888$ $2^{40}=1099511627776$ Thus we see that the largest power of $2$ less than $10^{10}$ is $2^{33}$. [Answer 14] $1024=2^{10}$ So $2^{10}$ divides $n$. Since $n$ is a perfect square, the exponents of all primes in its prime factorization must be even. So $n$ must be divisible by an even power of 2, at least $2^{10}$. $n \ge 2^{10}$ $n \ge 1024$ The smallest such $n$ is $2^{10}=1024$ itself which is a perfect square of $2^5=32$. $32^2=1024$ Thus, $1024=2^{10}$ is the smallest perfect square which is also a power of 2. [Answer 15] If $n$ is a perfect square, it must be of the form $n=p_1^{2a_1}p_2^{2a_2} \dots p_k^{2a_k}$ where $p_i$ are primes and $a_i \in \mathbb{N}$. If $n$ is also a power of 2, it must be of the form $n=2^m$. Equating these, we have $2^m=p_1^{2a_1}p_2^{2a_2} \dots p_k^{2a_k}$. If any of the primes $p_i$ is other than 2, we have a contradiction. Thus, the only prime factor of $n$ can be 2. So we have $n=2^m=2^{2a_1}$, which means $m$ must be an even number. So $n$ can be $2^2=4$, $2^4=16$, $2^6=64$, $2^8=256$, $2^{10}=1024$, $2^{12}=4096$, $2^{14}=16384$, $2^{16}=65536$, $2^{18}=262144$, $2^{20}=1048576$. Of these, only $2^{10}=1024$ has four digits. The next largest would be $2^{20}=1048576$, which has 7 digits. Thus, the number of perfect squares which are powers of 2 and which have at most 4 digits is 5, corresponding to $2^0, 2^2, 2^4, 2^6,$ and $2^8$. Thus, the required number is $1024$. [Answer 16] $1024=2^{10}$ $1024=(2^5)^2=32^2$ So $1024$ is a perfect square. $1024=2^{10}$ So it is a perfect power of 2. The answer is $1024$. [Answer 17] The smallest such integer is 16. If $n$ is a perfect square, then $n=k^2$ for some integer $k$. If $n$ is also a perfect fourth power, then $k^2$ must also be a perfect fourth power. Since $k$ is an integer, the only way for $k^2$ to be a perfect fourth power is if $k$ is itself a perfect square. So we are looking for squares which are also fourth powers, i.e. numbers of the form $m^4$. $1^4=1$ $2^4=16$ $3^4=81$ $4^4=256$ $5^4=625$ $6^4=1296$ $7^4=2401$ $8^4=4096$ $9^4=6561$ $10^4=10000$ The smallest four-digit perfect square that is also a perfect fourth power is $1296$. [Answer 18] I'm not sure if you mean $ n!=n $ or $ n!=n^2 $. If $ n!=n $ then $ n=1 $ or $ n=2 $. If $ n!=n^2 $ then $ (n-1)!=n $. If $ n > 1 $, then $ (n-1)! $ is always even. If $ n=2 $, $ 1!=2 $ which is false. If $ n=3 $, $ 2!=3 $ which is false. If $ n=4 $, $ 3!=6 \neq 4=n $. If $ n=5 $, $ 4!=24 \neq 5=n $. If $ n=6 $, $ 5!=120 \neq 36=n^2 $. If $n=1$, $1!=1=1^2$, so $n=1$ is a solution. Consider the growth rates of $n!$ and $n^2$. When $n=4$, $n!=24$ and $n^2=16$. When $n=5$, $n!=120$ and $n^2=25$. Since $n!$ grows faster than $n^2$ for $n \ge 4$, $n!$ will never equal $n^2$ again. Thus, $n=1$. [Answer 19] Let $n$ be a positive integer such that $2^n+1$ is a perfect square. Let $2^n+1=k^2$ for some integer $k$. Since the RHS is a perfect square, $k$ must be odd. So, $2^n=k^2 - 1=(k-1)(k+1)$ Since $k$ is odd, both $k-1$ and $k+1$ are even. Also, two successive even integers are not powers of 2. Hence, $k=1$ or $k=3$. If $k=1$, $2^n+1=1$, which means $2^n=0$, which is impossible. If $k=3$, $2^n+1=3^2=9$, so $2^n=8=2^3$, giving $n=3$. Thus we have shown that the only integer solution for $n$ is $3$, and we have $2^3+1=9=3^2$. [Answer 20] I’m assuming that $\pi(n)$ refers to the usual prime-counting function, denoting the number of primes less than or equal to $n$. Yes, $\pi(n)$ divides $n$ for infinitely many $n$. We can easily see this by focusing on the numbers slightly less than the primorials $p_1 p_2 \ldots p_k$, where $p_i$ is the $i$th prime. For example, consider numbers of the form $n=6k-1=2 \cdot 3 \cdot k - 1$. Any number of this form is coprime to $2$ and $3$. Thus, every prime factor of $n$ must be of the form $6k \pm 1$. Moreover, it must be smaller than $\sqrt{n}$, and if $n$ is large enough there will be many such primes less than $\sqrt{n}$. The product of these primes will be a divisor of $n-1$, so we have something of the form $n-1=2^a 3^b m$, where $m$ is a product of primes greater than 3. If $n$ is large enough, then there will be enough small primes to choose from that we can find some subset whose product is a square. In particular, consider $n$ of the form $p_k\# - 1$ for some $k$. Then $n-1=p_k\# - 2$, where $p_k\#$ denotes the product of the first $k$ primes. If we choose $k$ large enough, there will be enough divisors of $n-1$ to ensure that at least one of these is a perfect square. This is because the number of divisors grows like 2 to the power of the number of prime factors. For example, if $n=29$, then $n-1=28=2^2 \cdot 7$. We can take $m=14$, which has $\pi(m)=4$ prime factors. Then $n-1=2 \cdot 14$ and $n=2 \cdot 14 + 1=29$. We check and see that $\pi(29)=10$, which is even. If $n=31$, then $n-1=30=2 \cdot 3 \cdot 5$. If $n=47$, then $n-1=46=2 \cdot 23$. If $n=48$, then $n-1=47$, which is prime. In general, we are looking for $n$ such that $n-1$ has an odd number of divisors, or equivalently $\frac{n-1}{2}$ has an odd number of divisors. So $n-1=2 p_1^{a_1} p_2^{a_2} \ldots p_k^{a_k}$ where $p_i$ are distinct odd primes, and each $a_i$ is even. If $n-1=2m^2$ for some integer $m$, then $n=2m^2 + 1$. If we consider $m=2^j q$ for $q$ odd, then $n-1=2^{2j+1}q^2$, where $q$ is some odd number. If $q=1$, then $n-1=2^{2j+1}$, and $n$ is a Fermat number. $n=17$ gives $n-1=16=2^4$, so $n=17$ is such a prime. If $n=3$, we have $3-1=2^1$, so $n=3$ is prime and we have $\pi(3)=2$, which divides $3-1=2$. If $n=5$, $n-1=4=2^2$, so $4 \nmid \pi(5)=3$. If $n=7$, $n-1=6=2 \cdot 3$, so $\pi(7)=4$, which divides $6$. If $n=17$, $n-1=16=2^4$, so $\pi(17)=7$, but $16$ does not divide $7$. If $n=31$, $n-1=30=2 \cdot 3 \cdot 5$, so $\pi(31)=11$, and 30 does not divide 11. If $n=2^m+1$ is prime, then $\pi(n)=\pi(2^m)+1$. If $n=2^m-1$ is prime, then $\pi(n)=\pi(2^m-2)+1$. Consider $n=2^m+1$. $\pi(n) | n-1 \implies \pi(2^m+1) | 2^m$ If $n=2^{11}+1=2049=23 \times 89$, then $\pi(2049)=306$. $2048$ divides $306$ since $306=2 \cdot 3^2 \cdot 17$. Final Answer: The final answer is $\boxed{2}$

既然你如温水，也不冷也不热，我要从我口中把你吐出去。

我知道你的行为，你也不冷也不热；我巴不得你或冷或热。 既然你如温水，也不冷也不热，我要从我口中把你吐出去。

“一个人不能服侍两个主；他不是恨这个爱那个，就是重这个轻那个。你们不能又服侍上帝，又服侍玛门。”

耶稣对他说：“你要尽心、尽性、尽意爱主—你的上帝。

“不是每一个称呼我‘主啊，主啊’的人都能进天国；惟有遵行我天父旨意的人才能进去。

殷勤，不可懒惰。要灵里火热；常常服侍主。

有敬虔的外貌，却背弃了敬虔的实质，这等人你要避开。

你们这些淫乱的人哪，岂不知道与世俗为友就是与上帝为敌吗？所以，凡想要与世俗为友的，就是与上帝为敌了。

但是，你们要作行道的人，不要只作听道的人，自己欺骗自己。

三心二意的人，在他一切所行的路上都摇摆不定。

我们若靠着圣灵而活，也要靠着圣灵行事。

因为上帝赐给我们的不是胆怯的心，而是刚强、仁爱、自制的心。

不要爱世界和世界上的东西，若有人爱世界，爱父的心就不在他里面了。 因为凡世界上的东西，好比肉体的情欲、眼目的情欲和今生的骄傲，都不是从父来的，而是从世界来的。

只是我的义人必因信得生； 他若退缩，我心就不喜欢他。”

耶稣对他说：“手扶着犁向后看的人，不配进上帝的国。”

所以，你们要警醒，因为你们不知道这家的主人什么时候来，是晚上，或半夜，或鸡叫时，或早晨， 免得他忽然来到，看见你们睡着了。

圣灵明说，在末后的时期必有人离弃信仰，去听信那诱惑人的邪灵和鬼魔的教训。

人若赚得全世界，赔上自己的生命，有什么益处呢？人还能拿什么换生命呢？

你们向来跑得好，谁拦阻了你们，使你们不顺从真理呢？

所以，弟兄们，我以上帝的慈悲劝你们，将身体献上当作活祭，是圣洁的，是上帝所喜悦的，你们如此事奉乃是理所当然的。

因为上帝并非不公义，竟忘记你们的工作和你们为他的名所显的爱心，就是你们过去和现在伺候圣徒的爱心。 我们盼望你们各人都显出同样的热忱，一直到底，好达成所确信的指望。 这样你们才不会懒惰，却成为效法那些藉着信和忍耐承受应许的人。

以利亚近前来对众百姓说：“你们心持二意要到几时呢？如果耶和华是上帝，就当顺从耶和华；如果是巴力，就当顺从巴力。”百姓一言不答。

“你们是地上的盐。盐若失了味，怎能叫它再咸呢？它不再有用，只好被丢在外面，任人践踏。

所以，亲爱的，既然你们预先知道这事，就当防备，免得被恶人的错谬诱惑，从自己稳定的立场上坠落。

这不是说我已经得着了，已经完全了；而是竭力追求，或许可以得着基督耶稣所要我得着的。 弟兄们，我不是以为自己已经得着了；我只有一件事，就是忘记背后，努力面前的， 向着标竿直跑，要得上帝在基督耶稣里从上面召我来得的奖赏。

因为，随从肉体的人体贴肉体的事；随从圣灵的人体贴圣灵的事。 体贴肉体就是死；体贴圣灵就是生命和平安。

要亲近上帝，上帝就必亲近你们。有罪的人哪，要洁净你们的手！心怀二意的人哪，要清洁你们的心！

“不是每一个称呼我‘主啊，主啊’的人都能进天国；惟有遵行我天父旨意的人才能进去。 在那日必有许多人对我说：‘主啊，主啊，我们不是奉你的名传道，奉你的名赶鬼，奉你的名行许多异能吗？’ 我要向他们宣告：‘我从来不认识你们，你们这些作恶的人，给我走开！’”

因为不法的事增多，许多人的爱心渐渐冷淡了。 但坚忍到底的终必得救。

然而，有一件事我要责备你，就是你把起初的爱心抛弃了。 所以你要回想你是从哪里坠落的，并且要悔改，做起初所做的工作。你若不悔改，我要到你那里去，把你的灯台从原处挪去。

务要谨慎，要警醒。因为你们的仇敌魔鬼，如同咆哮的狮子，走来走去，寻找可吞吃的人。

所以，我亲爱的弟兄们，你们务要坚固，不可动摇，常常竭力多做主工，因为你们知道，你们在主里的劳苦不是徒然的。

还有，你们要知道，现在正是该从睡梦中醒来的时候了；因为我们得救，现在比初信的时候更近了。 黑夜已深，白昼将近。所以我们该除去暗昧的行为，带上光明的兵器。

我靠着那加给我力量的，凡事都能做。

所以，若有人在基督里，他就是新造的人：旧事已过，都变成新的了。

我们若说，我们与上帝有团契，却仍在黑暗里行走，就是说谎话，不实行真理了。

所以，既然我们有这许多见证人如同云彩围绕着我们，就该卸下各样重担和紧紧缠累的罪，以坚忍的心奔那摆在我们前头的路程，

撒在石头地上的，就是人听了道，立刻欢喜领受， 只因心里没有根，不过是暂时的，一旦为道遭受患难或迫害，立刻就跌倒。

那些在磐石上的，就是人听道，欢喜领受，但没有根，不过暂时相信，等到碰上试炼就退后了。

你们要谨慎行事，不要像无知的人，要像智慧的人。 要把握时机，因为现今的世代邪恶。

你们无论做什么，都要从心里做，像是为主做的，不是为人做的；

人若不常在我里面，就像枝子被丢在外面，枯干了，人捡起来，扔进火里烧了。

你要保守你心，胜过保守一切， 因为生命的泉源由心发出。

那美好的仗我已经打过了，当跑的路我已经跑尽了，该信的道我已经守住了。 从此以后，有公义的冠冕为我存留，就是按着公义审判的主到了那日要赐给我的；不但赐给我，也赐给凡爱慕他显现的人。

我们行善不可丧志，因为若不灰心，到了适当的时候就有收成。

所以，自以为站得稳的人必须谨慎，免得跌倒。

最后，你们要靠着主，依赖他的大能大力作刚强的人。 要穿戴上帝所赐的全副军装，好抵挡魔鬼的诡计。

这样，你们也要看自己对罪是死的，在基督耶稣里对上帝却是活的。

信心也是这样，若没有行为是死的。

所以，我们不要沉睡，像别人一样，总要警醒谨慎。

不过，你们是被拣选的一族，是君尊的祭司，是神圣的国度，是属上帝的子民，要使你们宣扬那召你们出黑暗入奇妙光明者的美德。

你们要警醒，在信仰上要站稳，要勇敢，要刚强。 你们所做的一切都要凭爱心而做。

上帝啊，求你为我造清洁的心， 使我里面重新有正直的灵。 不要丢弃我，使我离开你的面； 不要从我收回你的圣灵。 求你使我重得救恩之乐， 以乐意的灵来扶持我，

耶稣又对众人说：“我就是世界的光。跟从我的，必不在黑暗里走，却要得着生命的光。”

最重要的是：你们行事为人要与基督的福音相称，这样，无论我来见你们，或不在你们那里，都可以听到你们的景况，知道你们同有一个心志，站立得稳，为福音的信仰齐心努力，

以铁磨铁，越磨越利， 朋友当面琢磨，也是如此。

从前你们是暗昧的，但如今在主里面是光明的，行事为人要像光明的子女—

不要效法这个世界，只要心意更新而变化，叫你们察验何为上帝的善良、纯全、可喜悦的旨意。

所以，弟兄们，要更加努力，使你们的蒙召和被选坚定不移。你们实行这几样，就永不失脚。

所以，要顺服上帝。要抵挡魔鬼，魔鬼就必逃避你们；

现在活着的不再是我，乃是基督在我里面活着；并且我如今在肉身活着，是因信上帝的儿子而活；他是爱我，为我舍己。

只要心里奉主基督为圣，尊他为主。有人问你们心中盼望的理由，要随时准备答覆；

只要我们将起初确实的信心坚持到底，就在基督里有份了。

饥渴慕义的人有福了！ 因为他们必得饱足。

我曾一心寻求你， 求你不要使我偏离你的命令。

我们反而要用爱心说诚实话，各方面向着基督长进，连于元首基督，

不可叫人小看你年轻，总要在言语、行为、爱心、信心、清洁上，都作信徒的榜样。

好使你们行事为人对得起主，凡事蒙他喜悦，在一切善事上结果子，对上帝的认识更有长进。 愿你们从他荣耀的权能中，得以在一切事上力上加力，好使你们凡事欢欢喜喜地忍耐宽容，

你们倒要在我们的主和救主耶稣基督的恩典和知识上有长进。愿荣耀归给他，从今直到永远之日。阿们！

在我们的父上帝面前，不住地记念你们因信心所做的工作，因爱心所受的劳苦，因盼望我们主耶稣基督所存的坚忍。

有了我的命令而又遵守的人，就是爱我的；爱我的人，我父要爱他，我也要爱他，并且要亲自向他显现。”

我们遵守上帝的命令，这就是爱他了，而且他的命令并不是难守的。

当将你的道路交托耶和华， 并倚靠他，他就必成全。

有一条路，人以为正， 至终成为死亡之路。

上帝啊，求你鉴察我，知道我的心思， 试炼我，知道我的意念； 看在我里面有什么恶行没有， 引导我走永生的道路。

主说：“因这百姓以口亲近我， 用嘴唇尊敬我， 心却远离我； 他们敬畏我， 不过是领受前人的命令。

‘这百姓用嘴唇尊敬我， 他们的心却远离我。

为要他按着他丰盛的荣耀，藉着他的灵，使你们内心的力量刚强起来； 又要他使基督因着你们的信住在你们心里，使你们既在爱中生根立基， 能够和众圣徒一同明白基督的爱是何等的长、阔、高、深，并知道这爱是超过人的知识所能测度的，为要使你们充满上帝一切的丰盛。

我的肉体和我的心肠衰残； 但上帝是我心里的力量， 又是我的福分，直到永远。

上帝的道是活泼的，是有功效的，比一切两刃的剑更锋利，甚至魂与灵、骨节与骨髓，都能刺入、剖开，连心中的思念和主意都能辨明。

你们总要省察自己是否在信仰中生活；你们要考验自己。除非你们经不起考验，你们自己岂不应该知道有耶稣基督在你们里面吗？

“你们要谨慎，免得被贪食、醉酒和今生的忧虑压住你们的心，那日子就忽然临到你们， 如同罗网一样，因为那日子要临到所有居住在地面上的人。 你们要时时警醒，常常祈求，使你们能逃避这一切要来的事，得以站立在人子面前。”

你们不知道在运动场上赛跑的，大家都跑，但得奖赏的只有一人？你们也要这样跑，好使你们得着奖赏。 凡参加竞赛的，在各方面都要有节制，他们不过是要得会朽坏的冠冕；我们却是要得不会朽坏的冠冕。 所以，我奔跑，不像无目标的；我斗拳，不像打空气的。 我克制己身，使它完全顺服，免得我传福音给别人，自己反而被淘汰了。

所以，我们既因信称义，就藉着我们的主耶稣基督得以与上帝和好。 因为我们作仇敌的时候，尚且藉着上帝儿子的死得以与上帝和好，既已和好，就更要因他的生得救了。 不但如此，我们既藉着我们的主耶稣基督得以与上帝和好，也就藉着他以上帝为乐。 为此，正如罪是从一人进入世界，死又从罪而来，于是死就临到所有的人，因为人人都犯了罪。 没有律法之前，罪已经在世上，但没有律法，罪也不算罪。 然而，从亚当到摩西，死就掌了权，连那些不与亚当犯一样罪过的，也在死的权下。亚当是那以后要来之人的预像。 但是过犯不如恩赐，若因一人的过犯，众人都死了，那么，上帝的恩典，与那因耶稣基督一人而来的恩典中的赏赐，岂不加倍地临到众人吗？ 因一人犯罪而来的后果，也不如赏赐，原来审判是由一人而定罪，恩赐乃是由许多过犯而称义。 若因一人的过犯，死就因这一人掌权，那些受洪恩又蒙所赐之义的，岂不更要因耶稣基督一人在他们生命中掌权吗？ 这样看来，因一次的过犯，所有的人都被定罪；照样，因一次的义行，所有的人也就被称义而得生命了。 因一人的悖逆，众人成为罪人；照样，因一人的顺从，众人也成为义了。 我们又藉着他，因信得以进入现在所站立的这恩典中，并且欢欢喜喜盼望上帝的荣耀。

既然你们接受了主基督耶稣，就要靠着他而生活， 照着你们所领受的教导，在他里面生根建造，信心坚固，充满着感谢的心。

我为主作囚徒的劝你们，既然蒙召，行事为人就要与你们所蒙的呼召相称。

只是我先前以为对我是有益的，我现在因基督的缘故而当作是有损的。 不但如此，我已把万事当作是有损的，因我以认识我主基督耶稣为至宝。我为他已经丢弃万事，看作粪土，为要赢得基督，

因为十字架的道理，在那灭亡的人是愚拙，在我们得救的人却是上帝的大能。

但那等候耶和华的必重新得力。 他们必如鹰展翅上腾； 他们奔跑却不困倦， 行走却不疲乏。

不住地祷告，

遵守他的法度、一心寻求他的， 这人有福了！

惟有查看那完美、使人自由的律法，并且时常遵守的，他不是听了就忘，而是切实行出来，这样的人在所行的事上必然蒙福。

上帝的神能已把一切关乎生命和虔敬的事赐给我们，因我们认识那用自己荣耀和美德召我们的上帝。 因此，他已把又宝贵又极大的应许赐给我们，使我们既脱离世上从情欲来的败坏，就得分享上帝的本性。

我心里柔和谦卑，你们当负我的轭，向我学习；这样，你们的心灵就必得安息。 问耶稣：“将要来的那位就是你吗？还是我们要等候另一位呢？” 因为我的轭是容易的，我的担子是轻省的。”

你们无论做什么事，都不要发怨言起争论， 好使你们无可指责，诚实无伪，在这弯曲悖谬的世代作上帝无瑕疵的儿女。你们在这世代中要像明光照耀，

孩子们哪，我们相爱，不要只在言语或舌头上，总要以行为和真诚表现出来。

你要专心仰赖耶和华， 不可倚靠自己的聪明， 在你一切所行的路上都要认定他， 他必使你的道路平直。

坚心倚赖你的，你必保守他十分平安， 因为他倚靠你。

我说，你们要顺着圣灵而行，绝不可满足肉体的情欲。 因为肉体的情欲和圣灵相争，圣灵和肉体相争，这两个彼此敌对，使你们不能做所愿意做的。

然而，靠着爱我们的主，在这一切的事上，我们已经得胜有余了。 因为我深信，无论是死，是活，是天使，是掌权的，是有权能的 ，是现在的事，是将来的事， 是高处的，是深处的，是别的受造之物，都不能使我们与上帝的爱隔绝，这爱是在我们的主基督耶稣里的。

上帝召我们本不是要我们沾染污秽，而是要我们圣洁。

我的羊听我的声音，我认识它们，它们也跟从我。 并且，我赐给他们永生；他们永不灭亡，谁也不能从我手里把他们夺去。

看哪，我站在门外叩门，若有听见我声音而开门的，我要进到他那里去，我与他，他与我一起吃饭。

“那时，天国好比十个童女拿着灯出去迎接新郎。 她们去买的时候，新郎到了。那预备好了的，与他进去共赴婚宴，门就关了。 其余的童女随后也来了，说：‘主啊，主啊，给我们开门！’ 他却回答：‘我实在告诉你们，我不认识你们。’ 所以，你们要警醒，因为那日子，那时辰，你们不知道。”

所以，我们藉着洗礼归入死，和他一同埋葬，是要我们行事为人都有新生的样子，像基督藉着父的荣耀从死人中复活一样。

所以，亲爱的，既然我们有这样的应许，就当洁净自己，除去身体和灵魂一切的污秽，藉着敬畏上帝，得以成圣。

向上帝祈祷