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it's that time again, paste what's in your clipboard

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In order to collaborate more effectively on behalf of children, leaders of Head Start and pre-k must resolve program differences and manage various funding sources. Head Start funds flow directly from the federal Department of Health and Human Services Administration for Children and Families (ACF) to local grantees, while state governments appropriate and distribute pre-k funds through a variety of streams (see Pre-K Now's report "Funding the Future: States' Approaches to Pre-K Finance"). To facilitate these partnerships, each state has a Head Start-state collaboration director who can be a key to connecting the Office of Head Start regional staff, state early education and care administrators, state Head Start Associations, and child care and other interested early learning stakeholders. In addition to connecting state and regional leaders, the Head Start-state collaboration directors can help programs implement federal cost-allocation guidelines, support policy discussions on pre-k, and convene briefings on implementation challenges.
 
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Guys, I love your website and all you've done to further our fetish. You deserve an award for helping so many guys like me feel good about being into shit.

For years, my dick led me into situations where I'd lick dirty butts and taste other guys' shit, only to feel guilty and self-critical afterwards.

When an online buddy recommended Manscat, I timidly checked it out. There I found I was not alone and a whole lot of guys understood me. I made contacts and friends and got off on the hot stories and pics posted on the website.

Thanks to Manscat and the guys i've met through it, I've been able to become an active and self-accepting shiteater. It's exhilarating! A number of your members have been kind enough to feed me and others (bottoms like me) have been supportive and encouraging.

i'm not quite a full-service toilet yet, but i'm sure as hell working on it!

Steward, thanks again for your commitment to the shit community. i have huge respect for you. You are the rare individual who practices what he preaches. When i first visited the website and saw pics of you, with your face smeared with other guys' shit, i was awed and moved by your honesty.

Someday, i hope you'll have pics of me with my mouth full of other guys' shit, looking confidently into the camera, in hopes of inspiring other would-be shit eaters.

Well done!

Lexx667

---------------------------------------------

I just thought of scat as an extension of my sexuality. Yes, there was lots of guilt, wondering what was wrong with me, worrying what everyone ( from family to friends to classmates, etc.) would think or do if they found out.

When I was about eleven, I went through all that crap just about being gay. I was raised to believe that sex was wrong unless you were married. At some point though, in my early twenties, I realized that sex is natural, it is an animal instinct. But because humans can think, society put all these restrictions on sex. This is when I decided that I had to live my life my own way, and that I would let common sense be my guide, not society.

I take responsibility for my actions.

Unfortunately, I did not apply my own ethics to scat till some years later. I wasted a lot of time surpressing my feelings.

Today, I am comfortable being a scat man. I use discretion, I don't flaunt it, I just do what comes naturally to me.

There comes a point in everyones life where they have to decide if they are going to really be themself, and make the most of it, or let society swallow them up.

I hope that at least one person learns something from this, and I only wish that I had the internet at my fingertips some 25 years ago to learn and make contacts.

Nicky

-----------------------------------------

Just a personal note to say thanks for maintaining a beast of a website, it remains my favorite, even over others such as scatboi. Although some, including yourself think it's difficult to navigate, in a weird way I find it very easy to move around and find what I need or want.

Again thank you for the work and effort you put in this, it's appreciated.

pdxscat
 
Review Your Air Conditioner

Please note this hit is only for a AIR CONDITIONER

What to do:

1. Please write your review of your machine below (fulfill the four requirements please)


Criteria:

1. Please write the model and brand at the top or we cannot accept the review

2. Write review write two pros and two cons of the air conditioner

3. give it a rating out of 5 (1 being the worst and 5 being the best)

4. Write your review (Genuine, original reviews only of at least 250 words.)







Only original reviews accepted , not found anywhere else on the internet.
Copiers (plagiarism) will be found out easily, deleted and reported to Amazon.

(Please post the air conditioer model and brand below at the top so we can identify you)....write your review below
 
<transition>
<name>Beatmix 2</name>
<beatmix>yes</beatmix>
<default>yes</default>
<outro>
<marker gain="0" offset="0" />
<marker gain="-6" offset="8" />
<marker gain="-50" offset="8.25" />
</outro>
<intro>
<marker gain="-50" offset="-0.25" />
<marker gain="-6" offset="0" />
<marker gain="0" offset="8" />
</intro>
</transition>
<transition>
<name>Beatmix 4</name>
<beatmix>yes</beatmix>
<default>yes</default>
<outro>
<marker gain="0" offset="0" />
<marker gain="-6" offset="16" />
<marker gain="-50" offset="16.25" />
</outro>
<intro>
<marker gain="-50" offset="-0.25" />
<marker gain="-6" offset="0" />
<marker gain="0" offset="16" />
</intro>
</transition>

fuck. :lol :lol
 
Fuel$ = 'Propane (C3H8)_liq'
T_0 = 25+273.15 "[K]"
m_dot_fuel = 0.05 [kg/min]*Convert(kg/min, kg/s)
Ex = 0.5 "Excess air"
T_fuel = (25 + 273.15) "[K]"
P_fuel = 101.3 [kPa]
P_air = 101.3 [kPa]
T_air = (7+273.15) "[K]"
T_prod = 1500 [K]
P_prod = 101.3 [kPa]
Mw_air = 28.97 "lbm/lbmol_air"
Mw_C3H8=(3*12+8*1) "kg/kmol_C3H8"
"For theoretical dry air, the combustion equation is"
"C3H8 + A_th(O2+3.76 N2)=2.7CO2+0.3CO+4 H2O + A_th (3.76) N2 "
2*A_th=2.7*2+0.3*1+4*1"theoretical O balance"
"The balanced combustion equation with Ex%/100 excess moist air is"
"C3H8 + (1+EX)A_th(O2+3.76 N2)=2.7 CO2+0.3CO+ 4 H2O + (1+Ex) A_th (3.76) N2+ Ex( A_th) O2 "
"The air-fuel ratio on a mass basis is:"
AF = (1+Ex)*A_th*4.76*Mw_air/(1*Mw_C3H8) "kg_air/kg_fuel"
"The air mass flow rate is:"
m_dot_air = m_dot_fuel * AF
"Apply First Law SSSF to the combustion process per kilomole of fuel:"
E_in - E_out = DELTAE_cv
E_in =HR
"Since EES gives the enthalpy of gasesous components, we adjust the
EES calculated enthalpy to get the liquid enthalpy. Subtracting the enthalpy
of vaporization from the gaseous enthalpy gives the enthalpy of the liquid fuel.
h_fuel(liq) = h_fuel(gas) - h_fg_fuel"
h_fg_fuel = 15060 "kJ/kmol from Table A-27"
HR = 1*(enthalpy(C3H8, T=T_fuel) - h_fg_fuel)+ (1+Ex)*A_th*enthalpy(O2,T=T_air)+(1+Ex)*A_th*3.76
*enthalpy(N2,T=T_air)
E_out = HP + Q_out
HP=2.7*enthalpy(CO2,T=T_prod)+0.3*enthalpy(CO,T=T_prod)+4*enthalpy(H2O,T=T_prod)+(1+Ex)*A_th
*3.76* enthalpy(N2,T=T_prod)+Ex*A_th*enthalpy(O2,T=T_prod)
DELTAE_cv = 0 "Steady-flow requirement"
"The heat transfer rate from the combustion chamber is:"
Q_dot_out=Q_out"kJ/kmol_fuel"/(Mw_C3H8 "kg/kmol_fuel")*m_dot_fuel"kg/s" "kW"
"Entopy Generation due to the combustion process and heat rejection to the surroundings:"
"Entopy of the reactants per kilomole of fuel:"
P_O2_reac= 1/4.76*P_air "Dalton's law of partial pressures for O2 in air"
s_O2_reac=entropy(O2,T=T_air,P=P_O2_reac)
P_N2_reac= 3.76/4.76*P_air "Dalton's law of partial pressures for N2 in air"
s_N2_reac=entropy(N2,T=T_air,P=P_N2_reac)
s_C3H8_reac=entropy(C3H8, T=T_fuel,P=P_fuel) - s_fg_fuel "Adjust the EES gaseous value by s_fg"
"For phase change, s_fg is given by:"
s_fg_fuel = h_fg_fuel/T_fuel
SR = 1*s_C3H8_reac + (1+Ex)*A_th*s_O2_reac + (1+Ex)*A_th*3.76*s_N2_reac
"Entopy of the products per kilomle of fuel:"
"By Dalton's law the partial pressures of the product gases is the product
of the mole fraction and P_prod"
N_prod = 2.7+0.3 + 4 + (1+Ex)*A_th*3.76 + Ex*A_th "total kmol of products"
P_O2_prod = Ex*A_th/N_prod*P_prod "Patrial pressure O2 in products"
s_O2_prod=entropy(O2,T=T_prod,P=P_O2_prod)
P_N2_prod = (1+Ex)*A_th*3.76/N_prod*P_prod "Patrial pressure N2 in products"
s_N2_prod=entropy(N2,T=T_prod,P=P_N2_prod)
P_CO2_prod = 2.7/N_prod*P_prod "Patrial pressure CO2 in products"
s_CO2_prod=entropy(CO2, T=T_prod,P=P_CO2_prod)
P_CO_prod = 0.3/N_prod*P_prod "Patrial pressure CO in products"
s_CO_prod=entropy(CO, T=T_prod,P=P_CO_prod)
P_H2O_prod = 4/N_prod*P_prod "Patrial pressure H2O in products"
s_H2O_prod=entropy(H2O, T=T_prod,P=P_H2O_prod)
SP = 2.7*s_CO2_prod +0.3*s_CO_prod +4*s_H2O_prod + (1+Ex)*A_th*3.76*s_N2_prod +
Ex*A_th*s_O2_prod
"Since Q_out is the heat rejected to the surroundings per kilomole fuel,
the entropy of the surroundings is:"
S_surr = Q_out/T_0
"Rate of entropy generation:"
S_dot_gen = (SP - SR +S_surr)"kJ/kmol_fuel"/(Mw_C3H8 "kg/kmol_fuel")*m_dot_fuel"kg/s" "kW/K"
X_dot_dest = T_0*S_dot_gen"[kW]"


"Input Data"
T_reac = (25+273) "[K]" "reactant mixture temperature"
P_reac = 101.325 [kPa] "reactant mixture pressure"
T_prod = 1789 [K] "product mixture temperature"
P_prod = 101.325 [kPa] "product mixture pressure"
Mw_O2 = 32 [kg/kmol]
Mw_CH4=(1*12+4*1) "[kg/kmol]"
R_u = 8.314 [kJ/kmol-K] "universal gas constant"
Ex=0.5"Excess air"
N_CH4= 1
"The balanced complete combustion equation with Ex% excess O2 is"
"CH4 + (1+EX) A_th O2=1 CO2+ 2 H2O + Ex( A_th) O2 "
N_O2 = (1+Ex)*A_th
"Apply First Law to the closed system combustion chamber and assume ideal gas
behavior"
E_in - E_out = DELTAE_sys
E_in = 0
E_out = Q_out "kJ/kmol_CH4" "No work is done because volume is constant"
DELTAE_sys = U_prod - U_reac "neglect KE and PE and note: U = H - PV = N(h - R_u T)"
U_reac = 1*(enthalpy(CH4, T=T_reac) - R_u*T_reac) +(1+EX)*A_th*(enthalpy(O2,T=T_reac) -
R_u*T_reac)
U_prod = 1*(enthalpy(CO2, T=T_prod) - R_u*T_prod) +2*(enthalpy(H2O, T=T_prod) -
R_u*T_prod)+EX*A_th*(enthalpy(O2,T=T_prod) - R_u*T_prod)
"The final pressure in the tank is the pressure of the product gases. Assuming
ideal gas behavior for the gases in the constant volume tank, the ideal gas law gives:"
P_reac*V =N_reac * R_u *T_reac
P_prod*V = N_prod * R_u * T_prod
N_reac = N_CH4*(1 + N_O2)
N_prod = N_CH4*(1 + 2 + Ex*A_th)
 
Thanks :) Well this year if someone says trick you can squirt them in the face with your willy. Then again, it's full of vodka so that is probably a treat x x
 
import java.text.DecimalFormat;

public class MortgageCalculator4 {
/* Method main - This ia the main body of the program
*/
public static void main(String[] args) {

/* The following Java code was taken from:
* Sun Microsystems, Inc.. (2009). The Java Tutorials: Learning the Java Language: Language Basics
* Retrieved October 24, 2009,
* from http://java.sun.com/docs/books/tutorial/java/nutsandbolts/arrays.html
*/

//Creates the array for interest rates and loan amounts
double [][] Loan1Array = {{5.35},
{7}};
double [][] Loan2Array = {{5.50},
{15}};
double [][] Loan3Array = {{5.75},
{30}};

/* The following information was taken from:
* (2009). Mortgage Calculations -- How It Works. Hugh Chou.
* Retrieved October 10, 2009, from http://www.hughchou.org/calc/formula.html
*/

//Initial amount of the loan
double P = 200000;
//Formula used to calculate the yearly interest based on the data
//in the first array
double L1 = ((Loan1Array[1][0]) * (12));
//Formula used to calculate the number of months on the loan
double L2 = ((Loan1Array[0][0]) / (12 * 100));
//Formula used to calculate the actual monthly payment
double P1 = P * (L2 / (1 - (Math.pow((1 + L2), (L1 * -1)))));
//Formats the number to two decimals
DecimalFormat twoDigits = new DecimalFormat("#0.00");
//Statement to print out the payment amount
System.out.println("The Mortgage Payment Amount for the First Loan (7 years, 5.35%) is: " + twoDigits.format(P1));

//Formulas used to calculate the yearly interest and months
//on the loan based on the data in the second array;
//this section updates the old formulas with new data
double L3 = ((Loan2Array[1][0]) * (12));
double L4 = ((Loan2Array[0][0]) / (12 * 100));
double P2 = P * (L4 / (1 - (Math.pow((1 + L4), (L3 * -1)))));
System.out.println("The Mortgage Payment Amount for the Second Loan (15 years, 5.5%) is: " + twoDigits.format(P2));

//Formulas used to calculate the yearly interest and months
//on the loan based on the data in the third array;
//this section updates the old formulas with new data
double L5 = ((Loan3Array[1][0]) * (12));
double L6 = ((Loan3Array[0][0]) / (12 * 100));
double P3 = P * (L6 / (1 - (Math.pow((1 + L6), (L5 * -1)))));
System.out.println("The Mortgage Payment Amount for the Third Loan is (30 years, 5.75%) : " + twoDigits.format(P3));
}
}
 
Absolutely nothing.


But that last time I played this game I found some secret stuff somebody had copied earlier on the computer. :)
 
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