New Beginnings

Off to run some super sexy errands like going to the eye doctor, washing my car and grocery shopping. I'll be back with some sexy shit later :kiss::kiss::kiss:

You are an 11 PK! Great smile and beautiful eys help make a gorgeous face! :cattail:
 
Off to run some super sexy errands like going to the eye doctor, washing my car and grocery shopping. I'll be back with some sexy shit later :kiss::kiss::kiss:

Can you get any prettier? I think not, but then everytime you post a new pic of you, it happens!!!! Not sure how but damn!!!! BTW I love the red and black checkered pattern.
 
Off to run some super sexy errands like going to the eye doctor, washing my car and grocery shopping. I'll be back with some sexy shit later :kiss::kiss::kiss:

Wow! That's easily one of the most beautiful pics I've seen on this site.

Very nice.
 
The pictures are hot...

The Pythagorean theorem is used any time we have a right triangle, we know the length of two sides, and we want to find the third side. For example:

I was in the furniture store the other day and saw a nice entertainment center on sale at a good price. The space for the TV set measured 17" x 21". I didn't want to take the time to go home to measure my TV set, or get the cabinet home only to find that it was too small.

I knew my TV set had a 27" screen, and TV screens are measured on the diagonal. To figure out whether my TV would fit, I calculated the diagonal of the TV space in the entertainment center using the Pythagorean theorem:

172 + 212 = 289 + 441 = 730
So the diagonal of the entertainment center is the square root of 730, which is about 27.02".

Sounds like my TV should fit, but the 27" diagonal on the TV set measures the screen only, not the housing, speakers and control buttons. These extend the TV set's diagonal several inches, so I figured that my TV would not fit in the cabinet. When I got home, I measured my TV set and found that the entire set was 21" x 27.5", so it was a good decision not to buy the entertainment center.


The Pythagorean theorem is also frequently used in more advanced math. The applications that use the Pythagorean theorem include computing the distance between points on a plane; converting between polar and rectangular coordinates; computing perimeters, surface areas and volumes of various geometric shapes; and calculating maxima and minima of perimeters, or surface areas and volumes of various geometric shapes.

One of the most common applications of the Pythagorean theorem is in the distance formula. To find the distance between between two points, the distance formula states:


The in the formula stands for "difference between," so
x = x2 - x1 and y = y2 - y1.

To see how this uses the Pythagorean theorem, square both sides. Then we have:

d2 = x2 + y2

But girl mathematicians...sexy as hell! Ooh...
 
The Pythagorean theorem is used any time we have a right triangle, we know the length of two sides, and we want to find the third side. For example:

I was in the furniture store the other day and saw a nice entertainment center on sale at a good price. The space for the TV set measured 17" x 21". I didn't want to take the time to go home to measure my TV set, or get the cabinet home only to find that it was too small.

I knew my TV set had a 27" screen, and TV screens are measured on the diagonal. To figure out whether my TV would fit, I calculated the diagonal of the TV space in the entertainment center using the Pythagorean theorem:

172 + 212 = 289 + 441 = 730
So the diagonal of the entertainment center is the square root of 730, which is about 27.02".

Sounds like my TV should fit, but the 27" diagonal on the TV set measures the screen only, not the housing, speakers and control buttons. These extend the TV set's diagonal several inches, so I figured that my TV would not fit in the cabinet. When I got home, I measured my TV set and found that the entire set was 21" x 27.5", so it was a good decision not to buy the entertainment center.


The Pythagorean theorem is also frequently used in more advanced math. The applications that use the Pythagorean theorem include computing the distance between points on a plane; converting between polar and rectangular coordinates; computing perimeters, surface areas and volumes of various geometric shapes; and calculating maxima and minima of perimeters, or surface areas and volumes of various geometric shapes.

One of the most common applications of the Pythagorean theorem is in the distance formula. To find the distance between between two points, the distance formula states:


The in the formula stands for "difference between," so
x = x2 - x1 and y = y2 - y1.

To see how this uses the Pythagorean theorem, square both sides. Then we have:

d2 = x2 + y2



I prefer this measurement...

Your breasts and 5' tall frame with my strong arms and 6' frame ...I could pick you up and carry you to the bedroom.....

To HELL with the DAMN TV!!!
 
The Pythagorean theorem is used any time we have a right triangle, we know the length of two sides, and we want to find the third side. For example:

I was in the furniture store the other day and saw a nice entertainment center on sale at a good price. The space for the TV set measured 17" x 21". I didn't want to take the time to go home to measure my TV set, or get the cabinet home only to find that it was too small.

I knew my TV set had a 27" screen, and TV screens are measured on the diagonal. To figure out whether my TV would fit, I calculated the diagonal of the TV space in the entertainment center using the Pythagorean theorem:

172 + 212 = 289 + 441 = 730
So the diagonal of the entertainment center is the square root of 730, which is about 27.02".

Sounds like my TV should fit, but the 27" diagonal on the TV set measures the screen only, not the housing, speakers and control buttons. These extend the TV set's diagonal several inches, so I figured that my TV would not fit in the cabinet. When I got home, I measured my TV set and found that the entire set was 21" x 27.5", so it was a good decision not to buy the entertainment center.


The Pythagorean theorem is also frequently used in more advanced math. The applications that use the Pythagorean theorem include computing the distance between points on a plane; converting between polar and rectangular coordinates; computing perimeters, surface areas and volumes of various geometric shapes; and calculating maxima and minima of perimeters, or surface areas and volumes of various geometric shapes.

One of the most common applications of the Pythagorean theorem is in the distance formula. To find the distance between between two points, the distance formula states:


The in the formula stands for "difference between," so
x = x2 - x1 and y = y2 - y1.

To see how this uses the Pythagorean theorem, square both sides. Then we have:

d2 = x2 + y2

Oh god... Numbers... The devils cruel joke upon the world. I have a headache now. Please refrain from using math on lit forums as it is an excruciating boner killer. Thank you.
 
duuuuuude

Where's my car?

Off to run some super sexy errands like going to the eye doctor, washing my car and grocery shopping. I'll be back with some sexy shit later :kiss::kiss::kiss:

I have a lumberjack fantasy. Please knock down my door with your awesome ax and give me your seed. I don't care if males can't get pregnant. We'll make it work somehow!
 
Off to run some super sexy errands like going to the eye doctor, washing my car and grocery shopping. I'll be back with some sexy shit later :kiss::kiss::kiss:

mmmmmmm*growls* absolutely gorgeous hun, that smile, those lips, those eyes, that cleavage......woof

well....except for the first......the other two can be sexy;)...especially the car wash.....sounds like a good pic set:cool:




oh my.....this is a sexy as fuck lap dance.......but hang on just a sec before you go grinding in my lap.....let me pull this out for you to impale yourself on:devil:
 
I on the other hand..

Love numbers and scantily clad math muses or math nymphetes... Or math ε' s

I don't think I can share who was doing this math with my students though
D sq = (Δ x) sq + ( Δ y) sq
Mmmm good thing I just put Greek keyboard on my phone
 
no!

Good morning :)

These pics would imply that it would be a GREAT morning!!
Perhaps the best ever!!!
(if one were there in person! with a good sharp knife to cut off those clothes..
and Michonne in tow... just in case... she was preferred)
 
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