Answer:
For B there are 4, $5 dollar bills
For C there are 2 10 dollar bills
Im not sure what A is but i know B and C
Step-by-step explanation:
Hope this helps
Answer:
3y(2
- 9x + 12y)
Step-by-step explanation:
Part A:
The GCF of 6, 3, 24, and 12 is 3:
so 3(2y - xy - 8xy + 12
)
= 3(2y - 9xy + 12)
Also y is also common so:
= 3y(2 - 9x + 12y)
Part B:
3y(2 - 9x + 12y)
There are 2 triangles here. You have to drop an altitude and determine the length of it. You can use the fact that sin45 = h/5 (h is the height) and get that the height is 3.5. The rule then is if h is smaller than b which is in turn smaller than c, you have 2 triangles. This is the case of the ambiguous triangle, that SSA that you cannot use to prove congruency. The rules are very particular for whether or not 0, 1, or 2 triangles exist. Learn them.
Adding and subtracting radical expressions.
can I get a better photo of the pic , its very blurry
Step-by-step explanation:
