One of the greatest strengths of behavioral psychology is the ability to clearly observe and measure behaviors. Weaknesses of this approach include failing to address cognitive and biological processes that influence human actions.
Right away we see that expressions (a), (b), and (d) are equivalent, since addition is commutative: $2x + 8 = 8 + 2x$. We now only have to check (c) and (e). If $x=0$, (c) and (e) have the value 4, whereas (a), (b), and (d) have the value 8.So (c) and (e) are not equivalent to (a), (b), and (d).Moreover, if $x=1$, then (c) has the value 6 and (e) has the value 5, so those two expressions are not equivalent either.For (c), we can use the distributive property and decompose one of the numbers to write two equivalent expressions: $$ \begin{align} &2x+4 \\ &2(x+2) \\ &2(x+1+1) \end{align} $$.o (c) and (e) are not equivalent to (a), (b), and (d). Moreover, if $x=1$, then (c) has the value 6 and (e) has the value 5, so those two expressions are not equivalent either. For (c), we can use the distributive property and decompose one of the numbers to write two equivalent expressions:
1. Asymptotically equivalent sequences have the same limit. That is, if as, then+ Âµ, 8AE_ 8Ã¤ 8 8 lim LIM_ 8AE_ + 8Ã¤ ,8ae 8Ã¤. (Oe Å 8) 82 products, and QUOTIENTS, IF and then+ Âµe Âµf +, 8 8+ 8 8 Âµef Âµ e, 8 8 8 8 .F8 88 8 and example 10 TO_ compute$$ the ï(&limitlim ï 8ae,8Ã¤ ln 8 8 8. we first observe that and