The GCF is 40. The LCM is 6720. The GCD is infinite.
There are an infinite number of equations that would yield a result of 840.
The factor pairs of 51 are (1,51) and (17,3)
The difference is between factor pairs and distinct factors. With square numbers, one of the factor pairs will be the same number twice. When listing the distinct factors, that number is only listed once.
The factor pairs of 98 are (1,98), (2,49), and (7,14).
The factor pairs of 840 are (840,1)(420,2)(280,3)(210,4)(168,5)(140,6)(120,7)(105,8)(84,10)(70,12)(60,14)(56,15)(42,20)(40,21)(35,24)(30,28)
the factor pairs of 840 are (840,1)(420,2)(280,3)(210,4)(168,5)(140,6)(120,7)(105,8)(84,10)(70,12)(60,14)(56,15)(42,20)(40,21)(35,24)(30,28)
32 is not a factor of 840.
actually 7 is a factor of 840, because when you divide 7 into 840 you get 120 with no remainders therefore making it a factor of 840.🤡
Stings with four factor that make 840
(840,1)(420,2)(280,3)(210,4)(168,5)(140,6)(120,7)(105,8)(84,10)(70,12)(60,14)(56,15)(42,20)(40,21)(35,24)(30,28)
The GCF of 320 and 840 is 40.
The GCF is 40. The LCM is 6720. The GCD is infinite.
Yes
There are an infinite number of equations that would yield a result of 840.
840=2*2*2*3*5*7
Yes. Factor pairs are always repeated across pairs since factor pairs are certain kinds of pairs.