You will be showered with points if u me the function f(x)=26.2−0.1x models the distance a runner is from the finish line of a race 26.2 miles long, where x represents the number of minutes running from the 50-minute mark through the 100-minute mark of the race. what is the practical range of the function? all real numbers between 50 and 100 inclusive integers from 50 to 100 inclusive all real numbers between 16.2 and 21.2 inclusive all integers which function represents the graph of h(x)=2|x−3|+1 after it is translated 2 units to the right? f(x)=2|x−3|+3 f(x)=2|x−1|+1 f(x)=2|x−3|−1 f(x)=2|x−5|+1

The range of a dataset is the set of output values the function can take.

Range

The function is given as:

When x = 50,

When x = 100,

So, the range of the function is:

All real values between 16.2 and 21.2

Function Transformation

The function is given as:

When the function is translated 2 units right, we have:

Hence, the translated function is: (d)

Read more about range and transformation at:

link

C

Step-by-step explanation:

f(x) = 26.2 - 0.1x

f(100) = 26.2 - 0.1(100)

         = 26.2 = 10.0

         = 16.2

f(5-) = 26.2 - 0.1(50)

       = 26.2 - 5.0

       = 21.2

D

Step-by-step explanation:

f(x) = 2|x - 3| + 1

2 units right: f(x) = 2|x - (3 + 2)| + 1

                           = 2|x - 5| + 1

not only in mathematics, scientific proof also are required in the other field of science. also maths proofs are of particular structure, containing steps and logics. so proving is like doing science, it is science. that's why it is important to prove. 

an inaccurate proof leads to errors, or stating results that are not accurate.  which wil mess the probelm up you dont want this