Add Papers Marked0
Paper checked off!

Marked works

Viewed0

Viewed works

Shopping Cart0
Paper added to shopping cart!

Shopping Cart

Register Now

eKönyvtár library
FAQ
Special offers 2 Open

Great deal: today with a discount!

Regular price:
404 Ft
You save:
73 Ft
Discounted price*:
330 Ft
Purchase
Add to Wish List
ID number:770824
Evaluation:
Published: 25.08.2003.
Language: English
Level: Secondary school
Literature: n/a
References: Not used
Extract

The answer in part (a) was somewhat lower but not a significant amount. In my opinion the line is still viable to approximate altitudes.
d)The ozone layer is between 10km and 50km above sea level. Assuming the velocity continues at the pattern in part (b), find the velocity when the shuttle enters and exits the ozone layer. SHOW ALL WORK. Note: there are about 1.61km in a mile.
Evaluation
This projects intent was to insure our overall understanding of area under curve as well as well as different ways to approximate it without knowing calculus. This portfolio is meant also to be used as a precursor to calculus but instead of finding the integral we approximated it using trapezoids and next by graphing a median-median line giving us two fairly good approximations of area.

Work pack:
GREAT DEAL buying in a pack your savings −852 Ft
Work pack Nr. 1272072
Load more similar papers

Send to email

Your name:

Enter an email address where the link will be sent:

Hi!
{Your name} suggests you to check out this eKönyvtár paper on „Rocket Launch Portfolio”.

Link to paper:
https://eng.ekonyvtar.eu/w/770824

Send

Email has been sent

Choose Authorization Method

Email & Password

Email & Password

Wrong e-mail adress or password!
Log In

Forgot your password?

Facebook

Not registered yet?

Register and redeem free papers!

To receive free papers from eKönyvtár.com it is necessary to register. It's quick and will only take a few seconds.

If you have already registered, simply to access the free content.

Cancel Register