D (2, 5) > (-6, -2)
E (5, 5) > (-3, -2)
F (6, 3) > (-2, -4)
G (5, 1) > (-3, -6)
H (2, 1) > (-6, -6)
I (1, 3) > (-7, -4)
Looking at the transitions all side by side, you could tell they all turn negative so one can assume the transition is a negative.
Therefore, the rule would be:
(x-8, y-7)
The total of the internal angles in a tetradecagon is 2160.
2160 - 2012 = 148
The remaining angle must be 148 degrees.
H(4) represents t<span>he height after four months of growth because the total height is represented by H(m)</span>
All you would have to do is look at the 2 in the place of the thousands which equals 2000, then look at the 2 that is in the place of the tens, which equals 20, so (this might get complicated) 2000/20 is... (If you need more help just tell me)
Answer:
Step-by-step explanation:
watermelon (w): 2
jackfruit (j): 4
durian (d): 4 x 2 = 8
5w + 12j + xd = 324
5 (2) + 12 (4) + x (8) = 324
10 + 48 + 8x = 324
58 + 8x = 324
8x = 324 -58
8x = 266
x = 33.25
