construct a table and find the indicated limit. lim f(x), where f(x)={x + 3 if x < 0; 3x + 3 if x >= 0} x→0…

construct a table and find the indicated limit. lim f(x), where f(x)={x + 3 if x < 0; 3x + 3 if x >= 0} x→0 complete the table below. x -0.01 -0.001 -0.0001 →← 0.0001 0.001 0.01 f(x) (simplify your answers. round to four decimal places as needed.)

construct a table and find the indicated limit. lim f(x), where f(x)={x + 3 if x < 0; 3x + 3 if x >= 0} x→0 complete the table below. x -0.01 -0.001 -0.0001 →← 0.0001 0.001 0.01 f(x) (simplify your answers. round to four decimal places as needed.)

Answer

Explanation:

Step1: Evaluate for $x < 0$ values

For $x=-0.01$, use $f(x)=x + 3$. So $f(-0.01)=-0.01+3=2.9900$. For $x=-0.001$, use $f(x)=x + 3$. So $f(-0.001)=-0.001+3=2.9990$. For $x=-0.0001$, use $f(x)=x + 3$. So $f(-0.0001)=-0.0001+3=2.9999$.

Step2: Evaluate for $x\geq0$ values

For $x = 0.0001$, use $f(x)=3x + 3$. So $f(0.0001)=3\times0.0001+3=3.0003$. For $x = 0.001$, use $f(x)=3x + 3$. So $f(0.001)=3\times0.001+3=3.0030$. For $x = 0.01$, use $f(x)=3x + 3$. So $f(0.01)=3\times0.01+3=3.0300$.

Answer:

$x$ $-0.01$ $-0.001$ $-0.0001$ $0.0001$ $0.001$ $0.01$
$f(x)$ $2.9900$ $2.9990$ $2.9999$ $3.0003$ $3.0030$ $3.0300$