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What's the question?!

cute little p***y

19

But in a Vine there's that joke that goes: What's 9+10. And the guy answers: 21

So yeah...

I think that you just need to multiply 1.5 miles by 3, which gives you 4.5 miles. 

So if I'm not wrong the answer will be that she ran 4.5 miles in an hour.

Hope this is right and that it helps!!

I used to not like math too, and it's still not my favorite subject now, but I don't hate it, because I worked hard and people on this forum helped me a lot! If you need help, just Private Message me, and I'll try to help. But If you just don't like math cause it's hard, then that's really too bad, because math is pretty interesting once you understand it! 

Good luck!! 

√3 is irrational.  This means it cannot be expressed exactly by the ratio of two whole numbers.  That is, it cannot be expressed exactly as a fraction.

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In general log_na - log_nb = log_n(a/b) so log₄(128) - log₄(8) = log₄(128/8) = log₄(16)

Also, when n^a = b then a = log_nb so log₄(16) = 2 (because 4² = 16)

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cosine is positive in the first and fourth quadrants, so the angle whose cosine is 1/√5 is not just 1.107, but also -1.107.  However, this angle can also be expressed as 2pi - 1.107.  Using 2pi - 1.107 should give you the other solution in the range 0 to pi.  (Most calculators/software will just give one value when asked for cos^-1 .)

See image:

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I aint even begging

I did miss the √5 --- thanks for the correction!

When you (corectly!) got step 2 to equal 1.107  -- because it's cosine, you get two answers both + and - 1.107

So, after you get your first answer, use -1.107 and finish to get your second answer.  

Meh :( the guy i like is so cute but yet he doesnt know how i feel :(

For the first player:

The total number of possible hands of 13 cards from a deck of 52 is ₅₂C₁₃.

The total number of possible hands for this player that contains one ace and twelve other cards:

₄C₁·₄₈C₁₂  (which is choosing 1 ace from 4 aces and 12 other cards from the 48 remaining cards)

So, the probability for the first person getting one ace is:   ( ₄C₁·₄₈C₁₂ ) / ₅₂C₁₃ 

For the second player:

Probability  =  ( ₃C₁·₃₆C₁₂ ) / ₃₉C₁₃ 

because:  there are only 3 aces left, only 36 other cards left, and only a total of 39 cards left.

For the third player:

Probability  =  ( ₂C₁·₂₄C₁₂ ) / ₂₆C₁₃ 

because:  there are only 2 aces left, only 24 other cards left, and only a total of 26 cards left.

For the fourth player:

Probability  =  ( ₁C₁·₁₂C₁₂ ) / ₁₃C₁₃ 

because:  there is only 1 ace left, only 12 other cards left, and only a total of 13 cards left.

Multiply these four probabilities together to get the total probability. ...

if you want social studdies answers go to a different place

DOOOoo00oIng GreAT ThaNKs!!!!!!!

Doing terrible today, thank you for asking.

convert the percentage to a decimal and then multiply.

30% is 0.30 (divide by 100)

I am more for the dog doing my homework. :)

The smallest prime number is 2.

The reciprocal of 2 is ½.

The square of ½ is 1/4.

sin24.6/cos62.1

sin 24.6=0.416

cos 62.1=0.468

$${\frac{{\mathtt{0.416}}}{{\mathtt{0.468}}}} = {\frac{{\mathtt{8}}}{{\mathtt{9}}}} = {\mathtt{0.888\: \!888\: \!888\: \!888\: \!888\: \!9}}$$

Tooo Cute!!!!!!!

$${\frac{{\mathtt{140.63}}}{{\mathtt{0.25}}}} = {\mathtt{562.52}}$$

cos(2x + 0.464)  =  1

2x + 0.464  =  cos^-1(1)

But:  cos^-1(1)  =  0   ---   and only 0, so there will  be only one answer within that domain.

And:  2x + 0.464  =  0     --->     2x  =  -0.464     --->     x  =  -0.232

To get within the domain, add 3.14159   --->   x  =  2.909.