Acceleration = 3.7m/s^2
Using Newton's 2nd Law equation:
Force = Mass x Acceleration
You substitute the weight of 222N into force, this is because weight is the FORCE of an object due to gravity.
Rearranging the equation for acceleration:
Acceleration = Force/Mass
Substitute in the known values.
Mass = 60kg
Force = 222N
Acceleration = 222/60
Acceleration = 3.7 m/s^2
Answer:
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Explanation:
Animal
Multicellular; Eukaryotic Cells; CAN move; Heterotrophs.
Archaebacteria
Unicellular; prokaryotic cells; CAN live in harsh environments(deep oceans;hot springs); Autotrophs AND Heterotrophs; may or may not move.
Eubacteria
Unicellular; prokaryotic cells; Autotrophs AND Heterotrophs; may or may not move.
Fungi
Multicellular (mostly) and unicellular; Eukaryotic cells; Heterotrophs(Eat by absorption); do not move.
Plant
Multicellular; Eukaryotic cells; CANNOT move; Autotrophs.
Protist
Unicellular(mostly) and Multicellular; Eukaryotic Cells; (All live in moist environments); Autotrophs AND Heterotrophs; may or may not move.
Yes because <span>A </span>habitable zone<span> (HZ) in astronomy is a region of space where conditions are best for life to form as on Earth. Planets in these areas are the most likely to have extraterrestrial life. The </span>habitable zone<span> may also be called the "life zone", "comfort zone", "green belt" or "Goldilocks zone".</span>
you weigh more in earth than on the moon because there is less gravity on the moon . when you are on the earth the gravitational pull is pulling down harder on us than .
Mass of an object doesn't change wherever you take it. All the thing changes is the weight of the body which is associated with the gravity of the celestial body. As the gravitational force on moon is less than that of the earth.
Tertiary consumers receive only 10% of the energy consumed by secondary consumers.
<h3>
What is secondary consumer?</h3>
The secondary consumers are meat-eating organisms (carnivores) that consume the primary consumers. Secondary consumers are typically larger and more numerous. All the way to the top of the food chain, this goes on.
This is due to the fact that secondary consumers expend the majority of their energy on growing and reproducing. As a result, tertiary consumers only receive 0.1 percent of the Sun's total energy.
For more information regarding secondary consumer, visit:
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