The lowest common multiple is 315
Two times 35 is 70. 63 isn't large enough for 35 to go in twice.
HCF(63, 35) = 7
315
To determine how many times 35 can go into 63, you would perform division. 63 divided by 35 equals approximately 1.8. Since we cannot have a fraction of a division, we would need to round down to the nearest whole number. Therefore, 35 can go into 63 one time with a remainder of 28.
63 goes into 917 14 times with remainder 35.
315
Any multiple of 315
315, 630, 945, 1260 +315 . . .
It is 7 number. 35/7= 5 and 63/7= 9
Two times 35 is 70. 63 isn't large enough for 35 to go in twice.
HCF(63, 35) = 7
7! sevenxfive=35, sevenxeight=56, and sevenxnine=63 ;)
1 and 7.
Nickel-63 has 28 protons, as all nickel isotopes do, since the atomic number of nickel is 28. It has 35 neutrons, which is calculated by subtracting the atomic number from the mass number (63 - 28 = 35). Therefore, nickel-63 contains 28 protons and 35 neutrons.
315
To determine how many times 35 can go into 63, you would perform division. 63 divided by 35 equals approximately 1.8. Since we cannot have a fraction of a division, we would need to round down to the nearest whole number. Therefore, 35 can go into 63 one time with a remainder of 28.
63 goes into 917 14 times with remainder 35.