G= gravid, pregnant
P= para, carried to term
G1P0 is a woman who has had one pregnancy and no live births. She may be a pregnant woman who has not given birth yet, or a woman who had been pregnant once and had a spontaneous or therapeutic abortion. If she is pregnant, when she does deliver, she will usually be G1P1 (or G1P2 if twins, etc.)
G2P1A0 is short for gravida 2, para 1, abortion 0, which means the patient has experienced two pregnancies (one of which is happening now), one live birth, and no miscarriages or induced abortion.
G2 P1 EDD
If the patient is still pregnant, a patient who is G1 and P0 is a primigravida.
http://world129.runescape.com/p0,g1
asawqtgrbikn[p0-[p0-[p0-[p0-[p0-[p0-[p0-[p0-
#include[stdio.h] #include[math.h] #define epsilon 1e-6 void main() { double g1,g2,g,v,v1,v2,dx; int found,converged,i; found=0; printf(" enter the first guess\n"); scanf("%lf",&g1); v1=g1*g1*g1-15; printf("value 1 is %lf\n",v1); while (found==0) { printf("enter the second guess\n"); scanf("%lf",&g2); v2=g2*g2*g2-15; printf(" value 2 is %lf\n",v2); if (v1*v2>0) {found=0;} else found=1; } printf("right guess\n"); i=1; while (converged==0) { printf("\n iteration=%d\n",i); g=(g1+g2)/2; printf("new guess is %lf\n",g); v=g*g*g-15; printf("new value is%lf\n",v); if (v*v1>0) { g1=g; printf("the next guess is %lf\n",g); dx=(g1-g2)/g1; } else { g2=g; printf("the next guess is %lf\n",g); dx=(g1-g2)/g1; } if (fabs(dx)'less than' epsilon {converged=1;} i=i+1; } printf("\nth calculated value is %lf\n",v); }
pu = p0 + u(p1 - p0)
Addresses 80 - 87H are assigned to the P0 port
#include<reg51.h> sbit RS=P2^0; sbit E=P2^1; void cmddiply() { RS=0; E=1; E=0; } void datadiply() { RS=1; E=1; E=0; } void delay() { int i; for(i=0;i<30000;i++); } void main() { while(1) { P0=0x38; cmddiply(); delay(); P0=0x0E; cmddiply(); delay(); P0=0x06; cmddiply(); delay(); P0=0x01; cmddiply(); delay(); P0=0x80; cmddiply(); delay(); P0='1'; datadiply(); delay(); P0='7'; datadiply(); delay(); } }
((Q1-Q0)/average of Q0 and Q1) over ((P1-P0)/average of P0 and P1)
The aneroid measures elevation and air pressure has an airtight chamber that is sensetive to changes in the air pressures. Hope this helps.
barrier potential P0=(kT/q)*ln(Na*Nd/Ni^2) when T ↑, P0↑.
barrier potential P0=(kT/q)*ln(Na*Nd/Ni^2) when T ↑, P0↑.
Coupling efficiency = NA2 such that if you have an initial power output P0 you get P=P0*NA2