Match the real-world descriptions with the features they represent within the context of Melissa's garden. Not all tiles will be
used.
Tiles.
all possible areas of the bell pepper patch
area of the bell pepper patch when the length of the tomato patch is 0
area of the tomato patch when the length of the bell pepper patch is 0
length of the tomato patch when the area of the bell pepper patch is 0
all possible areas of the tomato patch
all possible lengths of the tomato patch
Tiles.
all possible areas of the bell pepper patch
area of the bell pepper patch when the length of the tomato patch is 0
area of the tomato patch when the length of the bell pepper patch is 0
length of the tomato patch when the area of the bell pepper patch is 0
all possible areas of the tomato patch
all possible lengths of the tomato patch
2 answers:
You might be interested in
Answer: On the 29th day
Step-by-step explanation:
According to this problem, no lilypad dies and the lilypads always reproduce, so we can apply the following reasoning.
On the first day there is only 1 lilypad in the pond. On the second day, the lilypad from the first reproduces, so there are 2 lilypads. On day 3, the 2 lilypads from the second day reproduce, so there are 2×2=4 lilypads. Similarly, on day 4 there are 8 lilypads. Following this pattern, on day 30 there are 2×N lilypads, where N is the number of lilypads on day 29.
The pond is full on the 30th day, when there are 2×N lilypads, so it is half-full when it has N lilypads, that is, on the 29th day. Actually, there are lilypads on the 30th, and
lilypads on the 29th. This can be deduced multiplying succesively by 2.