Answer: b. stolons
Explanation:
The strawberry plants reproduce asexually by stolons which are also called as runners. These stolons grows over the ground and they produce structure which are called as nodes. The roots of new plants originated from these nodes. After rooting a shoot originate above the ground. The new plants are identical to the mother plants.
A because the others didn't make no sense
-mass
-pressure
-volume
Answer:
its a force
Explanation:
The true statement about photosynthesis is that "plants get the energy they need for photosynthesis from sunlight"
PHOTOSYNTHESIS:
Learn more: brainly.com/question/17161133?referrer=searchResults
Answer:
B) plants get the energy they need for photosynthesis from sunlight
Explanation:
balloon to various depths and observed the result. Which one of the following best
describes what happed to the balloon as it went deeper?
(a) The balloon got larger because the pressure of the water around it increased
compared with the pressure inside the balloon.
(b) The balloon got larger because the pressure of the water around it decreased
compared with the pressure inside the balloon.
(c) The balloon got smaller because the pressure of the water around it increased
compared with the pressure inside the balloon.
(d) The balloon got smaller because the pressure of the water around it decreased
compared with the pressure inside the balloon.
The balloon got smaller because the pressure of the water around it increased compared with the pressure inside the balloon. Therefore, the correct answer is (C).
As the student submerged the balloon to various depths, the pressure of the water around the balloon increased, which caused the balloon to get smaller. This is because the pressure inside the balloon remained constant, while the pressure outside increased.
The helium inside the balloon would have been compressed by the increased pressure of the water, causing the balloon to decrease in size. This phenomenon can be explained by Boyle's law, which states that the volume of a gas is inversely proportional to the pressure of its surroundings.
Learn more about Boyle's law, here:
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