Match these items.

1. light-sensitive structure
2. groove in the outer covering of dinoflagellates
3. Phytophthera infestans
4. multinucleated feeding phase plasmodial
5. rapid growth of
6. giant brown algae
7. gelatin-like derivative of
8. result of reproduction inside a Volvox colony
9. structure of an alga phototaxis
0. response to
11. Foraminifera daughter
12. Myxomycota red
13. Bacillariophyta

a. kelp
b. plasmodium
c. algin
d. slime mold
e. algae diatoms
f. radiolarians
g. brown algae sulcom
h. late blight
i. light algal bloom
j. colonies
k. eyespot
l. thallus

1. light-sensitive structure : Eyespot

2. groove in the outer covering of dinoflagellates : Brown algae sulcom

3. Phytophthera infestans : Late blight

4. multinucleated feeding phase plasmodial : Plasmodium

5. rapid growth of  : Light algal bloom

6. giant brown algae : Kelp

7. gelatin-like derivative of : Algin

8. result of reproduction inside a Volvox colony : Colonies

9. structure of an alga phototaxis : Thallus

0. response to : Phototaxis

11. Foraminifera daughter : Radiolarians

12. Myxomycota red : Slime mold

13. Bacillariophyta: Algae diatoms

the answer is; comparing the frequency of collisions with and without the device

this makes the anti-collision system an independent variable and the collisions a dependent variable. if there are fewer collisions with an anti-collision system that without, then it can be stated that the system is a success. essentially, collisions under an anti-collision system are compared with the frequency of collisions by cars with the human drivers.

age range would be the answer