The GCF is 5cd.
The GCF is 5cd
A negative number. A positive number x a positive number = a positive number A negative number x a negative number = a positive number A positive number x a negative number = a negative Hope this helps :D
A negative fraction Algebraically a/b X -c/d = -ac/bd
I honestly don't know :D but heres something to help you "MULTIPLICATION: minus times minus is plus (negative x negative = positive).....minus times plus is minus (negative x positive = negative).....plus times plus is plus (positive x positive = positive) DIVISION: minus divi minus is plus (negative ÷ negative = positive)......minus divi plus is minus (negative ÷ positive = negative).....plus divi plus is plus (positive ÷ positive = positive)"
what you should do is read the quesion at least 3 time, and if not it is "ok" to ask for help and even i do it and most importantly keep cool!!!!!!!! coment on this thanks =D
#include<stdio.h> main() { int a,b,i,lcm,gcf; printf("\n Enter two numbers"); scanf("%d%d",&a,&b); for(i=0;i<=a;i++) { if((b%i==0)&&(a%i==0)) { gcf=i; } } lcm=a*b/gcf; printf("\n GCF is %d and LCM is %d",gcf,lcm); }
D
The GCF is 1.
The GCF is 5cd
It is the equivalent to Rh negative blood. D is the antigen present on commonly termed Rh+ red cells, and the D antigen is missing on D-negative blood.
negative :D
The GCF is 3.
14c^(2)d &(+) 42c^(3)d This factors to 14c^(2)d(1 + 3c) Hence the GCF is 14c^(2)d Method We have '14' & '3 X 14 = 42'. So '14' is a common factor We have c^(2) = c X c & c^(3) = c X c X c . Sp c^(2) is a common factor. Finally we have 'd' & 'd' . So 'd' is the final common factor. Combining 14 x c^(2) X d = 14c^(2)d as the GCF .
The GCF is 5.
The GCF of 48 and 78 is 6
Negative eighty one :d
false it equals a negative D@R2U@N H3NDR!CK5