If we let x as the total number of baseball cards
and yn be the quotient per operation, then
x/17 = y1 + 3
x/16 = y2 + 10
x/11 = y3 + 4
x/7 = y4
Based on Equation 1, x must be greater than 17
Based on Equation 4, x must be divisible by 7
y1, y2, and y3 must all be whole numbers
The smallest possible number of cards is 70
He can have 6 pages with 6 cards each
12 pages with 3 cards each
3 pages with 6 cards each and 6 with 3 cards each
so 6 6 page
5 6 page 2 3 pages
4 6 page 4 3 pages
so 7 ways
Answer:
√65 ft = 8.1 ft
Step-by-step explanation:
We solve using Pythagoras Theorem
c² = a² + b²
c = √a² + b²
Where c = Length of the Hypotenuse
a = 4ft , b = 7ft
Hence
c = √4² + 7²
c = √16 + 49
c = √(65)
c = 8.0622577483 ft
Approximately = 8.1 ft
Therefore, the length of the hypotenuse is √65 ft = 8.1 ft
3+17p+2-p
=3+2+17p-p
=5+16p
hope this helps!!
