Science, asked by dharacutieeeee, 3 months ago

Weight of an object is defined as
A. mass of that object
B. inertia offered by that object
C. force acting on the object due to force of gravity
D. none of the above​

Answers

Answered by whatsupp00
2

Answer:

\begin{gathered}\begin{gathered}\mathbb{FORMAT \ FOR\ INFORMAL \ LETTER} \\ \\ \sf{Address \ of \ Sender }\\ \\\sf{Date} \\ \\ \sf{Salution} \\ \\ \sf{Content-: Introduction, Body\ and\ Conclusion }\\ \\ \sf{Complimentary \ Closure}\\ \\ \sf {Na me \ or \ Signature }\end{gathered} \end{gathered}

FORMAT FOR INFORMAL LETTER

Address of Sender

Date

Salution

Content−:Introduction,Body and Conclusion

Complimentary Closure

Name or Signature

FORMAT FOR INFORMAL LETTER

Address of Sender

Date

Salution

Content−:Introduction,Body and Conclusion

Complimentary\Closure

Name or Signature

_____________________________________

Required Letter

28th Street

Al Nahda 1

Duba, UAE

22nd October 2020

Dear Father,

How are you? Hope you and mom are doing great. I am all good from my side. I decided to write to you since my school is organizing an annual festival and all parents must come.

It is going to be just like the Mela we have in the village. All the parents could enjoy together and talk to each other. It would be great if you could come with mom to this Annual Festival. It will be held on 13th November from 4 pm to 10 pm. There are going to be many dance performance, and other entertainment things. I would also be able to meet you both after a long time. I really hope you could come here and spend your time.

For now I am ending this letter. Hope this letter reaches you in good health.

Your Daughter,

RIYA

_____________________________________

Answered by khushigagain
1

Answer:

answer is 'c'

Explanation:

In science and engineering, the weight of an object is the force acting on the object due to gravity. ... Some standard textbooks define weight as a vector quantity, the gravitational force acting on the object. Others define weight as a scalar quantity, the magnitude of the gravitational force.

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