We can do several rectangles and 2 triangles
the easiest way is to find the area of the big rectangle minus the cut off pices
a. 1 big rectangle-2 corner triangles
b. area rectangle=lenght times height=24 times 11=264 square feet
the triangles
bottom left one is height 11-7=4 and base 24-14=10
bottom left=1/2 times 4 times 10=20
top right is 24-20 by 11-6 or 4 by 5, area=1/2 times 4 times 5=10
so
rectangle-triangles=264-(20+10)=264-30=234 square feet
The multiples of 44 are 44, 88, 132, 176, 220, and so on. Each number that comes after increases by 44.
Answer:
Step-by-step explanation:
Using the hint, write a and b in the following prime factorization:
where for i ≠ j.
Then by the formulae for gcd(a,b) and lcm(a,b) we know that:
Note that the expression for all i, since if the minimum is, <em>without loss of generality</em>, , then the maximum must be , and viceversa. Then, it is straightforward to verify that when we multiply gcd(a, b) and lcm(a, b) its prime factorization matches the prime factorization of ab, and so we can see the equaility holds:
Synthetic division with complex numbers<span> is very similar to regular </span>synthetic division<span>. For example, if you were dividing a polynomial by x + 2, you would </span>use<span>the value of x = 2 in </span>synthetic division<span>.</span>