An astronaut has a mass of 100 kg and has a weight of 370 N on Mars. What is the gravitational strength on Mars?
##g=3.7N##/##kg##
The weight(##w##) of an object with mass (##m##) in a gravitational field with strength(##g##) are related by the formula:
##w=mg##
##=>g=w/m##
In our case:
##=>g=(370N)/(100kg)##
##=>g=3.7N##/##kg##
Top-quality papers guaranteed
100% original papers
We sell only unique pieces of writing completed according to your demands.
Confidential service
We use security encryption to keep your personal data protected.
Money-back guarantee
We can give your money back if something goes wrong with your order.
Enjoy the free features we offer to everyone
-
Title page
Get a free title page formatted according to the specifics of your particular style.
-
Custom formatting
Request us to use APA, MLA, Harvard, Chicago, or any other style for your essay.
-
Bibliography page
Don’t pay extra for a list of references that perfectly fits your academic needs.
-
24/7 support assistance
Ask us a question anytime you need to—we don’t charge extra for supporting you!
Calculate how much your essay costs
What we are popular for
- English 101
- History
- Business Studies
- Management
- Literature
- Composition
- Psychology
- Philosophy
- Marketing
- Economics