kreo.revansh
IiTeachChem
•Created by kreo.revansh on 8/2/2024 in #💭│doubts
English, Grammar, Articles and Determiners:
I NEED IT ASAP SORRY TO PUT THIS HERE
55 replies
IiTeachChem
•Created by kreo.revansh on 7/22/2024 in #💭│doubts
English
+solved @Lemon @Brian Griffin
I think this is the answer Thanks
8 replies
IiTeachChem
•Created by kreo.revansh on 7/22/2024 in #💭│doubts
English
I don't know, The answer's are not given
8 replies
IiTeachChem
•Created by ¹¹⁷sos on 7/21/2024 in #💭│doubts
quadratic equation
array, ruk puchta hu Sir se
29 replies
IiTeachChem
•Created by ¹¹⁷sos on 7/21/2024 in #💭│doubts
quadratic equation
Used ChatGPT 4o with Mathematics GPT
29 replies
IiTeachChem
•Created by Say_miracle_shadow on 7/20/2024 in #💭│doubts
Ea & K Chemical Kinetics
, the correct answer is:
A. Rate of reaction 1 increases more
@Say_miracle_shadow , Used ChatGPT 4o
crossed checked it 2 websites
9 replies
IiTeachChem
•Created by kreo.revansh on 7/20/2024 in #💭│doubts
SST Class 9th
+solved @Ahmed Muneeb sahi hai
9 replies
IiTeachChem
•Created by kreo.revansh on 7/20/2024 in #💭│doubts
SST Class 9th
It is showing different answers everywhere
9 replies
IiTeachChem
•Created by Sushi on 7/20/2024 in #💭│doubts
5th question
I didn't meant to offend anyone but sorry
22 replies
IiTeachChem
•Created by Sushi on 7/20/2024 in #💭│doubts
5th question
I believe it's not though, I am using an extension, which is most of the time correct. Sorry for that man
22 replies
IiTeachChem
•Created by Sushi on 7/20/2024 in #💭│doubts
5th question
Yes, you are correct. The net force between the plates of an isolated capacitor is indeed zero because the forces on the two plates are equal in magnitude and opposite in direction, thus canceling each other out. When a dielectric is inserted, while the force per unit area (electrostatic pressure) between the plates changes, the net force on the system remains unchanged because the system remains in equilibrium.
So, the net force remains zero and does not change due to the insertion of the dielectric.
Given this, none of the provided options (a, b, or d) accurately describes the net force situation. The answer should be that the net force remains unchanged.
22 replies