14
11 r3
8 / 7 in long division is however many 7s go into 8. so there's 1x 7 in 8 with 1 remainder. For this example, assume every number beyond is a 10, multiplied by the remainder. so, it'd be 7s into 10, which is 1 again. Then 7s into 30, which is 4. Then 7s into 20, which is 2. Then 7s into 60, which 8. Then 7s into 40, which is 5. Then 7s into 50, which is 7. And this is a reoccuring number, making it 1.142857142857 and so on.
Five 7s can go into 35. This is because when you divide 35 by 7, the result is 5 (35 ÷ 7 = 5). Therefore, you can fit five 7s into 35 without exceeding it.
To find out how many 7s go into 84, you divide 84 by 7. This calculation gives you 12, meaning that there are 12 sevens in 84. Therefore, the answer is 12.
13
14
11 r3
8 / 7 in long division is however many 7s go into 8. so there's 1x 7 in 8 with 1 remainder. For this example, assume every number beyond is a 10, multiplied by the remainder. so, it'd be 7s into 10, which is 1 again. Then 7s into 30, which is 4. Then 7s into 20, which is 2. Then 7s into 60, which 8. Then 7s into 40, which is 5. Then 7s into 50, which is 7. And this is a reoccuring number, making it 1.142857142857 and so on.
6 times with a remainder of 6
4 times with a remainder of 3
492 ÷ 7 = 70 with remainder 2
124 ÷ 7 = 17 with remainder 5
As in, how many times does 7 go into 1400? 1400 / 7 = 200
Oh, dude, like, seriously? Okay, so if you wanna know how many 7s are in 350, you just divide 350 by 7, which gives you 50. So, there are 50 7s in 350. But, like, who's counting, right?
5.28751 7s equals 37.
Thetr are: 40/7 = 5 with a remainder of 5