Which statement is always true about the quantities in the function y=x+7

Answers

Answer 1

Answer: It is always linear
it has a y intercept at 7 and an X intercept at -7
domain: (-infinity, infinity)
range: (-infinity, infinity)
integral: (1/2) x^2+7×
derivative: 1

Related Questions

There are 2,100 bacteria in a circular petri dish. The dish has a radius of 40 millimeters. What is the approximate population density? (Use 3.14 for π) Area of a circle = πr2 0.02 bacteria per square millimeter 0.42 bacteria per square millimeter 2.39 bacteria per square millimeter 52.5 bacteria per square millimeter
Which of the following could not be the lengths of the sides of a right triangle?A. 9ft, 12 ft, 15ftB. 5in, 10in, 15in C. 4cm, 7.5, 8.5cmD. 1.5m, 2m, 2.5
Population of a city is 36000 in 2005 by 2010 it has grown to 43800. If the city has grown linearly since 2005 and grows at the same rate what will the population be in 2015
Which list shows the following numbers in order from greatest to least: -5, 12, 2, -4, 012, -5, -4, 2, 0 12, 2, 0, -4, -5 12, 2, -4, 0, -5 -5, -4, 0, 2, 12
Find the volume, to the nearest m3, of a cylinder with diameter 6 m and height 8 m.a.226 m3 c.207 m3 b.452 m3 d.151 m3

Round 32.697 to the nearest hundredths

Answers

32.697 is rounded to (32.7)because the hundreths place is 7 when the number is 5 and up you round up you round the tenths place up to 7

In a two week period it was sunny 3/7 of the day's. How many day's were sunny?

Answers

3/7*14
3*2
6

So, we are left with 6 days

$(3)/(7)\cdot14=3\cdot2=6$

6 days

PLEASE answer as soon as you can! First correct answer will get BRAINLIEST!!! :)

Answers

Answer:

(y^4+9x^2)(y^2+3x)(y^2-3x)

Step-by-step explanation:

Is it possible to form a triangle with sides 20, 30, and 50 units?

Answers

No. The sum of any two sides of a triangle must be greater than the third side. 20+30 is not greater than 50.

F(x) = x2 - 5.

For the function shown, what is the range of the function when the domain is {2, 4, 7}?

Answers

Hello,

Img f(x)={2²-5,4²-5,7²-5}={-1,11,44}

I am in a game show.In this game show there are 3 doors. Behind one of these doors lies a brand new and spectacular Ferrari, however, behind two of these doors lie nothing.

These doors are represented by the letters A, B and C respectively.

The host of this game show gives me the opportunity to win a Ferrari, and tells me that if I open the door which has this Ferrari sitting behind it, I will get to keep it. The problem is, I will only get to open one door. If it turns out to have nothing behind it, I will go home empty handed.

So, the game show host asks me which door I'd like to open. I select the door B.

Before the host opens the door B for me, he opens up the door C and shows me that nothing lies behind it.

This means that the Ferrari is either behind door A or door B.

Now, the host asks me if I'd like to open door A instead of door B. He gives me the chance to open door A. Should I open door A or should I open door B?

Would my chances of winning a Ferrari increase if I were to open door A instead of door B?

Explain your answer and justify why you are correct...

Answers

This is the well known Monty Hall problem.

You have more chances of winning by switching doors.

Let A,B,C denote the events "The ferrari is behind A" and so on
Let HA,HB,HC denote the events "The host opens A" and so on

By Baye's formula, $P(B)_(HC)=(P(HC)_BP(B))/(P(HC))=\frac{\frac{1}2\cdot\frac{1}3}{\frac{1}2}=\frac{1}3$ whereas $P(A)_(HC)=(P(HC)_AP(A))/(P(HC))=\frac{1\cdot\frac{1}3}{\frac{1}2}=\boxed{\frac{2}3}$ !!

if you switch after the host shows you the door without the ferrari, your chance of getting the car is greater.

we have 3 hypothetical situations.

if the car is in door A, but and then you pick door A, the host will open either door B or C and you will pick the other remaining door, resulting in a loss.

if the car is in door B, and you pick door A, the host will show you door C, and if you switch to door B, you will win.

if the car is in door C, and you pick door A, the host will show you door B, and if you switch to door C, you will win.

There is a 2/3 chance of winning a ferrari if you switch after the host shows you the door without.

:D

Other Questions

Please help! Correct answer only!Cooper and Alice made a list of 7 psychology experiments they want to try at home. Each experiment tackles one specific psychology topic. 5 of the experiments involve cats.If Cooper and Alice randomly choose 4 experiments to try over the summer, what is the probability that all of them involve cats?Write your answer as a decimal rounded to four decimal places.

Savannah Bryan is career coach. Her biweekly salary is $3010. What is Savannah's annual salary

X + x - 5 greater than equal to 33

0.55% as fraction in simplest form