NEED HELP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
A potato plant can reproduce asexually so that one potato can often give rise to many other potatoes. Strawberry plants can reproduce sexually.A potato plant puts a large amount of its energy into growing a tuber, which is the part that humans eat. The tuber can grow large and provide energy for the plant during the winter, or it can be used to grow new potato plants. A strawberry plant, on the other hand, puts much of its energy into growing flowers to attract insects that aid in pollination. After fertilization, the strawberry plant must then also grow seeds as well as fruit to attract animals that disperse the seeds.Based on this information, the asexually reproducing potato plant most likely devotes _______ to reproduction than the sexually reproducing strawberry plant.(1 point)
Responses
more energy
more energy
fewer spores
fewer spores
less energy
less energy
more seeds
START BY SAYING " THE CORRECT ANSWER IS" PLEASE IN THAT FORM!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
THE CORRECT ANSWER IS: less energy
If there were no decomposers, which of the following would most likely happen?(1 point)
Responses
Some plants might die due to a shortage of important nutrients.
Some plants might die due to a shortage of important nutrients.
The amount of dead plant and animal matter would decrease.
The amount of dead plant and animal matter would decrease.
Plants and animals would remain living for a longer period of time.
Plants and animals would remain living for a longer period of time.
Animals would start carrying out photosynthesis.
THE CORRECT ANSWER IS: Some plants might die due to a shortage of important nutrients.
Which of the following is a producer in the food web shown below?
(1 point)
Responses
ant
ant
tadpole
tadpole
sunlight
sunlight
grass
THE CORRECT ANSWER IS: grass
The image below shows an aquatic food web. Which of the following describes how energy is transferred between the algae and the crustacean?
(1 point)
Responses
The algae and the crustacean both transfer energy to each other.
The algae and the crustacean both transfer energy to each other.
Energy is transferred from the crustacean to the algae.
Energy is transferred from the crustacean to the algae.
Energy is transferred from the algae to the crustacean.
Energy is transferred from the algae to the crustacean.
Energy is not transferred between the algae and the crustacean.