I need someone to talk to bc my gf is not talking to me

I need someone to talk to
bc my gf is not talking to me


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ayoismeisalex

ayoismeisalex

girls like when u call them first

Explanation:

if u messed up w her, apologize

nefertiri64

nefertiri64

C. is the correct answer yay

natalie2sheffield

natalie2sheffield

if this is a question from yourself(like not from a test) you could honestly do any of these. You could also do them all together and make something detailed.

What i personally do is write down different ideas for about 9-20 minutes. Find about five that i like and then start on the character. Then i figure out what type of story i want to write using that character. Then figure out the background and the plot. since it is a short story the plot is usly something really simple. But you may want to end up making more short story with it so it is really up to you.  

KeyesRaveen

KeyesRaveen

i guess ill talk

Explanation:

queenkimm26

queenkimm26

[tex]Range = 1.48-0.63=0.850 W/kg[/tex]

[tex]s= 0.320 W/Kg[/tex]

[tex]s^2 = 0.320^2= 0.103 W^2 /kg^2[/tex]

D. No, because some models of cell phones will have a larger market share than others. Measures from different models should be weighted according to their size in the population.

Step-by-step explanation:

For this case we have the following data values:

0.95,0.73,0.63,0.91,1.32,1.48,0.63,1.23,0.91,1.41,0.67

The first step on this case is order the datase on increasing way and we got:

0.63 0.63 0.67 0.73 0.91 0.91 0.95 1.23 1.32 1.41 1.48

The range is defined as [tex]Range = Max-Min[/tex]

And if we replace we got:

[tex]Range = 1.48-0.63=0.850 W/kg[/tex]

The sample standard deviation is given by this formula:

[tex]s= \sqrt{\frac{\sum_{i=1}^n (X_i -\bar X)^2}{n-1}}[/tex]

And if we replace we got [tex]s= 0.320 W/Kg[/tex]

And the sample variance is just the standard deviation squared so we got:

[tex]s^2 = 0.320^2= 0.103 W^2 /kg^2[/tex]

And for the last question about : If one of each model is measured for radiation and the results are used to find the measures of​ variation, are the results typical of the population of cell phones that are in​ use?

We can conclude this:

D. No, because some models of cell phones will have a larger market share than others. Measures from different models should be weighted according to their size in the population.

mochoa4

mochoa4

I didn't know this was Tinder?

Wow Tinder has changed then.

jacobnuj

jacobnuj

i dont i would rather have a bf

Explanation: