What is the potential energy of a 2-kilogram potted plant that is on a 1 meter-high plant stand?

**Potential **energy is the **energy **stored by an **object **due to its **position **or arrangement.
The **potential **energy of the **potted **plant is 19.6 j oule.
What is the potential energy?
**Potential **energy is the energy stored by an **object **due to its **position **or arrangement.
It can be given as,
U = m g h
Here, m is the **mass **of the object, g is the **gravitational **force experienced by the **object **and h is the height .
Given information-
The **mass **of the potted plant is 2 kilogram.
The **height **of the plant stand is 1 meter.
The value of the **gravity **force is **9.81 **meter per second squared on the surface of the earth .
To find the **potential **energy put the values in the above **formula **as,
U = 2 × 9.81 × 1 U = 19.6
Hence the **potential energy **of the potted plant is 19.6 j oule.
Learn more about the **potential energy **here;
https://brainly.com/question/1242059

Answered by bhoopendrasisodiya34 | 2024-06-15

The** potential energy** of a 2-kilogram potted plant on a 1 meter-high plant stand is 19.6 J. ;

Answered by PriyankaChopraJonas | 2024-06-18

The potential energy of the 2-kilogram potted plant on a 1 meter high plant stand is approximately 19.62 joules, calculated using the formula PE = m g h . This formula shows how mass, gravity, and height contribute to the potential energy of an object. Thus, lifting an object higher increases its stored energy due to its position above a reference point.
;

Answered by bhoopendrasisodiya34 | 2024-10-02