Answer:
The first coin will be worth $137.16 more than the second coin.
Step-by-step explanation:
Interest formula = i = prt
For coin #1:
p = 1270
r = 0.061
t = 18
i = (1270)(0.061)(18)
The first coin will be worth $2664.46 after 18 years.
For coin #2:
p = 1270
r = 0.055
t = 18
i = (1270)(0.055)(18)
The second coin will be worth $2527.30 after 18 years.
Subtract the value of coin #2 from coin #1.
2664.46 - 2527.30 = 137.16
In conclusion, the first coin will be worth $137.16 more than the second coin after 18 years.
Answer:
The correct option is B.
Step-by-step explanation:
The given vertices are (-4,2),(1,2),(1,-3) and (-4,-3).
Plot these point on a coordinate plate. From the graph it is noticed that the given quadrilateral is a square.
Distance formula:
Use distance formula to find the side length.
Since both consecutive sides are equal therefore it is a square.
Area of a square is
Where, a is side length.
The side length of the square is 5. So, area of ABCD is
Therefore the area of quadrilateral is 25 units square. Option B is correct.
Answer: vv hvvh hjhbhh
Step-by-step explanation:
I mean I got 5/12 as my simplified answer but I might be wrong. I hope this helps in some way and sorry if I'm wrong
Answer:
1,-10 and 2,-8
Step-by-step explanation:
If you substitute each answer choice:
6+-10=4
12+-8=4
12+8=4
6+2=4
The only ones that would make sense are the first and second one.
