Question

III) Read the following case study and answer the questions given below: (5x2=10)
K is smart and multi-talented. But due to adverse circumstances, she is forced to stay at home and continue her studies online. She is a first-generation learner and comes from a large family who have high expectations of her. Her parents are supportive and are willing to help her as long as she is focused on her studies.

Although K has always worked hard, it becomes difficult for her to focus on her studies. Since she is forced to stay away from all her extra-curricular activities, it takes a heavy toll on her. Working as a team and being a part of something bigger has always been a strong motivator for K and the break in her routine troubles her.

K slowly starts losing focus on the things that are important to her and cannot figure out why. She starts falling behind in submitting assignments and withdraws from actively participating in class. She is unable to adjust to the change in circumstances and it affects her studies. Her relationship with her parents and family also suffers as a result. They think she is being lazy.

K’s mentor tries to help her by giving her advice on time management and resilience. She wants K to change her outlook and find new things to motivate herself. But K does not know if it will help and it not willing to try.

Choose ANY 5 of the following suggestions to help K and give reasons for your choice in the space provided below:


She should trust her family and talk to them.
She should set short term goals. 
She should learn to motivate herself and not rely on others.
She should adapt to the changes in her life.
She should find new things to invest herself in.
She should learn to face the uncertainties in life.
She should learn new methods of studying and focusing.
She should take help from her mentor.​

Answer 1

Answer:

Electrostatic Force: Electrostatic Force is a conservative force as the work done by it on a particle has no relation to the path followed and is only dependent on the initial and final position of the particle.

The force of attraction or repulsion caused due to electric charges between particles is also referred to as Electrostatic Force or Coulomb’s Force.

Electrostatic Force is also called Coulomb’s Force because the Coulomb’s Law given by French Physicist Charles-Augustin de Coulomb best explains why and how the force of attraction or repulsion between two bodies acts.