Which graph shows a negative rate of change for the interval 0 to 2 on the x-axis?

2 answers:

5 0

It seems that the four graphs are the same and they do not have a negative change rate in the interval 0 to 2 in the x-axis.

A negative change rate means that when x increases the value of the function (y) decreases; this is, the function is decreasing in the interval being estudied, which is the same that going downward.

So, you must look for in your graphs where the equation is going downward.

For example, in the graph attached, that happens in any interval from negative infitity to 1.5.

The vertex will help you to identify it.

Given that the graph goes downward from negative infinity to the vertex, any interval that includes that range will have negative change.

You must look for a parabola that opens upward and whose vertex is in x = 2.

Read more on Brainly.com - brainly.com/question/3774202#readmore

vitfil [10]4 years ago

5 0

Answer:

Step-by-step explanation:

Check for the slope/trend.

The graph with decreasing values of y (negative slope) as x goes from 0 to 2 is your answer.

You might be interested in

Angle P measures 112 degrees, what are the measures of angle N and O?

Oxana [17]

The inside angles of a triangle need to equal 180 degrees
in this triangle the lines NP and OP are identical so the 2 unknown angles would be equal
so the 2 unknown angles would be 180 - 112 = 68 / 2 = 34 each
angle N & O are 34 degrees

7 0

4 years ago

Which side lengths cannot form a triangle? Select all that apply.

jarptica [38.1K]

7cm,8cm,13cm

16cm,4cm,18cm

11cm,21cm,13cm

5 0

3 years ago

You collect pennies. you start with one penny and double the number of pennies you have each day for the next 27 days. how many

Rudik [331]

Imagine, at the first day you have only one penny. Then tomorrow you have 2 pennies, next day you have 4 (2x2), next day you have 8 (4x2), next day you have 16 (8x2).... and so forth.

It looks like geometric sequence isn't it? (the ratio between the number of pennies that you have from the 2nd day and the 1st day is 2)

So, by using geometric sequence theorem we can total those pennies until day-27

S (total pennies at day-27) = (1)(2^27-1) / 2-1 = 2^26 pennies

So, you have 2^26 pennies.. a big number of pennies huh?=))

{The formula is: S = a( r^n-1) / r-1
Where:
a= the number of pennies that you've got at the 1st day
n= number of days you spent to collect those pennies)
r= the ratio of the number of pennies}

7 0

3 years ago

Use a calculator to evaluate 9 and the square root of three to the nearest ten thousandth. a. 27.1234 c. 44.9569 b. 6.7050 d. 5.

Tresset [83]

Answer:

Option D 5.1962

Step-by-step explanation:

we have

The number $9$ and the number $\sqrt{3}$