Answer:
The distance between the longest dog and the shortest dog is 4 over 8 ( ) OR 1 over 2 (
)
Step-by-step explanation:
From the question,
Short is 7 over 8, that is,
Short =
and longest is 3 over 8, that is
Longest =
The distance between the longest dog and the shortest dog can be determined by finding the difference between the fractions. That is,
Hence, the distance between the longest dog and the shortest dog is 4 over 8 ( ) OR 1 over 2 (
).
Answer:
as explained
Step-by-step explanation:
as in the photo i've shown :
i've shown the table for you both
i've shown the graph for one only the second one hope you can complete it if you have any questions you can ask.
for first one
if x=2 replace x=2 in f(x) you will get f(2)=4
f(3)=1
f(4)=0
f(5)=1
f(6)=4
Why did I start with x=2 and not x=1 because f(1)=9 in the graph provided there is no marking for y=9 but when drawing the graph extends it (as in photo 3 not as in photo 4)(graph in photo 3 is better)
Hope you understand(you can also put(2,4) ,(3,1) and so on in the graph as in photo 5
Graphs and functions are used to show relationships between variables.
The term "graph" as used in this question represents functions. There are several types of functions, some of them are:
The question is incomplete, so I'll give a general explanation of how to identify the graph
Linear function:
This is represented by a straight line, and the equation is
Power function
This is when a variable is raised to the power of a fixed number. It is represented as:
Quadratic Function
A quadratic function has the form:
Polynomial function
A polynomial function is a function where the exponents of the variable are non-negative. The form of a polynomial function is:
There are several other functions (sinusoidal, constant, inverse, rational functions, etc.)
Compare the missing graph of this question to the attached graphs (see attachment), to determine the graph type.
Read more about graphs and functions at:
