Graph the absolute value function and analyze the domain, range, intercepts, axis of symmetry, and vertex. f(x) = |x − 3|

A.

domain: all real numbers; range: y ≥ 0; x-intercept: (−3, 0); y-intercept: (0, 3); axis of symmetry: x = −3; vertex: (−3, 0)

B.

domain: all real numbers; range: y ≥ 0; x-intercept: (3, 0); y-intercept: (0, 3); axis of symmetry: x = 3; vertex: (3, 0)

C.

domain: all real numbers; range: y ≥ 3; no x-intercepts; y-intercept: (0, 3); axis of symmetry: x = 0; vertex: (0, 3)

D.

domain: all real numbers; range: y ≥ −3; x-intercepts: (−3, 0) and (3, 0); y-intercept: (0, −3); axis of symmetry: x = 0; vertex: (0, −3)

percentage - 25%

probability - 0.25

we know,

total amount of students in class = 20

total boys = 10

total girls = 10

no of girls who wear glasses = 10/2 = 5

probability of choosing a girl with glasses is =

number of girls wearing glasses/total number of students in the class = 5/20

thus, percentage of selecting a girl wearing glasses will be

= 5/20 × 100

= 5 × 5

25%

therefore,

probability will be 0.25

happy to

pls mark as brainliest

answer: solve 5\cdot 2^x=2405⋅2  

x

=2405, dot, 2, start superscript, x, end superscript, equals, 240.

solution

to solve for xxx, we must first isolate the exponential part. to do this, divide both sides by 555 as shown below. we do not multiply the 555 and the 222 as this goes against the order of operations!

\begin{aligned} 5\cdot 2^x& =240 2^x& =48 \\ \end{aligned}  

5⋅2  

x

2  

x

​    

=240

=48

​

step-by-step explanation: