Answer:
Explanation:
We can use the information provided to set up the following equation:
x = (3n) + 2 = (6n) + 2 = (5n) + 1 = (7n)
We know that n is a positive integer, and x is the total number of blocks.
From the equation, we can see that x is divisible by 3, 6, 5, and 7, but not by 2. Therefore we can use the properties of divisibility to find the number of blocks.
7 is the smallest number that divides x without a remainder. So, we can say that x = 7n, and we can divide both sides by 7:
x/7 = n
We know that x is less than 100, so we can try out different values for n, starting with the smallest.
n = 1, x = 7
n = 2, x = 14
n = 3, x = 21
n = 4, x = 28
n = 5, x = 35
n = 6, x = 42
n = 7, x = 49
n = 8, x = 56
n = 9, x = 63
n = 10, x = 70
n = 11, x = 77
n = 12, x = 84
n = 13, x = 91
n = 14, x = 98
We can see that when n = 14, x = 98. If we were to try for n = 15, x would be 105, which is greater than 100. So, we can conclude that Caden has 98 blocks.