What is the value of the range in this data set.

17,19,30, 199, 1

Answers

Answer 1
Answer: 199-1=198.Therefore your answer is 198.

Hope this helps.

Answer 2
Answer:  your answer is 198 i hope that this helps some

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Which ordered pair is a solution to the equation? Y=-2x+4A. (-3, 6)
B. (-4, 5)
C. (5, -6)
D. (-6, 5)

Answers

to find that out, we need to substitute the values of each pair and see which makes the equation true:
y = -2x + 4
and the answer is 
C. (5, -6), lets substitute:
-6 = -2(5) + 4
-6 = -10 + 4
-6 = -6
which holds true

6% as a fraction or mixed number in simplest form

Answers

percent means parts out of 100
6%=6/100=3/50
mixed numers are normally greater than 1, this isn't so it is simply

6/100 or 3/50
\underline{\underline{\text{ 6\% as a fraction.}}} \n \n \boxed{6\%= (6)/(100) }

Complete the table of values

Answers

Both problems give you a function in the second column and the x-values. To find out the values of a through f, you need to plug in those x-values into the function and simplify! 

You need to know three exponent rules to simplify these expressions:
1) The negative exponent rule says that when abase has a negative exponent, flip the base onto the other side of thefraction to make it into a positive exponent. For example, 3^(-2) =(1)/(3^(2) ).
2) Raising a fraction to a power is the same as separately raising the numerator and denominator to that power. For example, ((3)/(4)) ^(3)  =  ( 3^(3) )/(4^(3) ).
3) The zero exponent rule says that any numberraised to zero is 1. For example, 3^(0) = 1.


Back to the Problem:
Problem 1 
The x-values are in the left column. The title of the right column tells you that the function is y =  4^(-x). The x-values are:
1) x = 0
Plug this into y = 4^(-x) to find letter a:
y = 4^(-x)\ny = 4^(-0)\ny = 4^(0)\ny = 1

2) x = 2
Plug this into y = 4^(-x) to find letter b:
y = 4^(-x)\n y = 4^(-2)\n y =  (1)/(4^(2)) \n  y= (1)/(16)

3) x = 4
Plug this into y = 4^(-x) to find letter c:
y = 4^(-x)\n y = 4^(-4)\n y =  (1)/(4^(4)) \n  y= (1)/(256)


Problem 2
The x-values are in the left column. The title of the right column tells you that the function is y =  ((2)/(3))^x. The x-values are:
1) x = 0
Plug this into y = ((2)/(3))^x to find letter d:
y = ((2)/(3))^x\ny = ((2)/(3))^0\ny = 1

2) x = 2
Plug this into y = ((2)/(3))^x to find letter e:
y = ((2)/(3))^x\n y = ((2)/(3))^2\n y = (2^2)/(3^2)\ny =  (4)/(9)

3) x = 4
Plug this into y = ((2)/(3))^x to find letter f:
y = ((2)/(3))^x\n y = ((2)/(3))^4\n y = (2^4)/(3^4)\n y = (16)/(81)

-------

Answers: 
a = 1
b = 
(1)/(16)
c = 
(1)/(256)
d = 1
e = (4)/(9)
f = (16)/(81)

What is the value of
2x4 + 5x when x = 6?

Answers

2x4=8 and 5(6)=30 so 8+30=20

a camera droppeed from a boat descends 9 meters every minute. What will be the change in location of the camera afterb5 minutes?

Answers

Well, if it descends 9 meters every minute, you would multiply 9 by the number of minutes in question. Since you want to know its location after 5 minutes, you would multiply 9 by 5.

9 x 5 = 45 so 45 meters after 5 minutes

Hope this helps :)
The first thing to do is to turn this into an equation: 
If minutes= m and distance = d
d = 9m

Since you want to know how far the camera goes after 5 minutes: 
m = 5
d = 9 X 5 
d = 45

After 5 minutes, the camera has dropped 45 meters.

During vacation, Dave and his brother, Scott, rode their bikes from their family's rental house to a pond to go fishing. Although they left the rental house together, Dave arrived at the pond a few minutes before Scott. This weekend, they plan to ride a nearby mountain trail and turn back after an hour if they can't complete it. Who will likely ride farther along the mountain trail?

Answers

Answer:Dave

Step-by-step explanation:

If we are thinking logically, since dave arrived at the pond first even though they left at the same time, he should go farther because he is more athletic based on the information.

The answer is Dave "........