2017年5月3日 · See graph and analysis below. y=ln(x^2+1) Since x^2 +1 >= 1 forall x in RR ->y is defined forall x in RR ...

2016年6月15日 · Again for 0 < x < 1, lnx is negative and hence ln(1+x) is negative for -1 < x < 0. And as x->-1, ln(1+x)->-oo and hence x+1=0 is asymptote for ln(1+x). At x=0, ln(1+x)=0 (it also …

2018年6月24日 · Translate the graph of ln(x) two units to the right. Starting from the parent function f(x)=ln(x), you can see that you're simply computing f(x-2). This kind of transformation, …

2016年2月16日 · See the graph drawn below 1. ln0 is undefined. It's not a real number, because you can never get zero by raising anything to the power of anything else. Also, function lnx is …

2016年3月2日 · In general, any graph is constructed by plotting the points corresponding to the equation solution on a paper. Use the x-axis for the x value, and the y-axis for the calculated y …

2017年2月19日 · # lim_(x rarr 0)ln(1+x/ln(1-x)) rarr -oo# But it does so extremely slowly due to the effect of the #log# function, and so the range is #y in (-oo,0)# Due to the fact that very rapidly …

2017年4月30日 · How do you graph #-2 ln x#? Precalculus Exponential and Logistic Functions Exponential and Logistic Graphs ...

2018年5月21日 · The domain is x in (-2, +oo). The range is y in RR What's in the log function is >0 Therefore, x+2 >0 x > -2 The domain is x in (-2, +oo) Let y=ln(x+2) x+2=e^y x=e^y-2 AA y …

x<-3, x>3, (x in RR) lnx is defined for all x>0 :. ln(x^2-9) is defined for (x^2-9)>0 x^2>9 abs x> sqrt9 -> abs x >3 Hence the domain of ln(x^2-9) is x<-3, x>3, (x in RR) We can get a sense of …

2016年5月30日 · Dee explanantion set ln(4-x)=y Build a table listing a selection of positive and negative values for x For each value of x calculate the value of y and record that in your table …