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tamaranim1 [39]
3 years ago
15

Would like to know Is -6.06 a integers

Mathematics
2 answers:
horrorfan [7]3 years ago
6 0

Answer:

An integer is a whole number (not a fractional number) that can be positive, negative, or zero.

Since it's a decimal it can not be an integer.

brilliants [131]3 years ago
5 0

Answer:

No

Step-by-step explanation:

Integers are only whole numbers, so numbers that are not fractions or decimals, so for example lets say that Jerry has 3 and 1/2 cookies, and he thought about his math lesson in school today, ( Integers ) Well since he does not have just whole numbers, like -2, or 7, he has just a mixed number amount of cookies. So basically I'm saying that as long as they aren't fractions, or decimals they are integers. So -6.06 is not an integer.

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PLZ HELP! I will give brainliest! A theater can hold 160 giants or 240 elves. If 100 giants are inside, how many elves can also
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Answer:

150

Step-by-step explanation:

100 : 160 :: e : 240     proportion

160e = (100)(240)

160e = 24000

elves = 150

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Yo I'm pretty tired and I don't know what to do, so 90 points for you if you answer this question and explain it. I'll give brai
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Answer:

g >2             or     g <2/3

Step-by-step explanation:

|3g-4| > 2

Absolute value equations have two solutions, one positive and one negative.  When we take the negative, we have to flip the inequality

3g-4>2          or     3g-4<-2

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3g>6                3g<2

Divide each side by 3

3g/3 >6/3        3g/3 <2/3

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3 years ago
Given the linear equation 2x+y=6, perform the necessary operations to put the equation into the proper general form. Include the
e-lub [12.9K]

Answer:

y = -2x + 6

Step-by-step explanation:

2x + y = 6

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Solve for 1/3(2x-y)=z for x
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Answer:

x= 1/2y + 3/2z

Step-by-step explanation:

1/3 (2x-y) =2

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3 years ago
Suppose that the quarterly sales levels among health care information systems companies are approximately normally distributed w
jok3333 [9.3K]

Complete Question

The complete question is shown on the first uploaded image

Answer:

The sales level that is the cut-off between quarters that are considers as "failure" and those that are not is evaluated as

          y = 6.3 \ million \ dollars

Step-by-step explanation:

   From the question we are told that the

            Mean is \mu = 8 \ million \ dollars

           Standard deviation is \sigma = 1.3 \ million \ dollars

 Let Y be the random variable that denotes the sales made quarterly among health care information system

    The normal distribution for this data is mathematically represented as

                            Y ~ N (\mu = 8 , \sigma^2 = 1.69)

  From the question we are told that a quarter is consider a failure by the company if the sales level that quarter in the bottom 10% of the of all quarterly sales

            So

 The the Probability of obtaining quarterly sales level that is equal to  10% of all quarterly sale (It is not below 10%) is mathematically represented as

                    P[Y < y ] = 0.10

 This can be represented as a normal distribution in this manner

                  P [ \frac{Y- \mu}{\sigma }  < \frac{y -\mu}{\sigma} ] = 0.10

         Where  \frac{Y - \mu }{\sigma }  = Z ~ N(0 , 1)      

{This mean that this equal to the normal distribution between 0, 1  which is the generally range of every probability }

Therefor we have

                   P[Z < \frac{y- 8}{1.3} ]

The cumulative distribution function for a normal distribution of y  is mathematically  represented as

                \phi [\frac{y- 8}{1.3} ] = 0.10

This is because a cumulative distribution function of a random value Y or a distribution of Y evaluated at y is the probability that Y will take will take a value that is less or equal to y

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Calculating the inverse of the cumulative distribution function value of 0.10 which is negative the  the critical value(Critical values determine what probability a particular variable will have when a sampling distribution is normal or close to normal.) of 0.01

                    \phi ^{-1}(0.10) =- [1 - \frac{0.10}{2}]

                                    =  - 1.28155

                 \frac{y - 8}{1.3}  = - 1.2816

                => y = 8 - (1.2816)(1.3)

                      y = 6.3 \ million \ dollars

                 

     

5 0
3 years ago
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