Ind Sty 2

Due Date: May 6, 2024
Java program to calculate Molar Mass
How to Calculate Molar Mass of a Chemical Compound

To calculate the molar mass of a chemical compound:

1. Identify the Formula: Note the compound's molecular formula, e.g., H2O.
2. Get Atomic Masses: Use a periodic table to find
the mass of each element in grams per mole (g/mol).
3. Count Atoms: Count how many atoms of
each element are in the formula.
4. Calculate: Multiply each element's 
atomic mass by its count, then sum these values.

For instance, water (H2O) has a molar mass
of 18.016 g/mol, calculated as (2 x 1.008) + 16.00.

To learn more about calculating Molar Mass click here.

Your files will be:
PX_MolarMass_lastname.java (Actual Java program)
PX_MolarMass_lastname.png (Screen shot of the
program in the Eclipse IDE)
PX_MolarMass_lastname.mp4 (Video)
(Video should include an explanation of the program
and showing it running successfully)
Be sure to drop these files into google classroom.

Click here to read the specs for this program.

Click here to read the Pseudocode for this program.

Click here to learn about HashMap with examples.
(You will use the HashMap in this assignments.)

I have the program code below with a section of code missing.
**** Section 1 *****
 
**** Section 2 *****
 

**** Section 3 *****
 
**** Section 4 *****

Due Date: May 14, 2024
Complete the following assignment
Projectile Motion
Projectile motion is a form of motion
experienced by an object or particle that is 
thrown near the Earth's surface and
moves along a curved path
under the action of gravity only.
This type of motion is characterized
by the horizontal motion having 
constant velocity, while the vertical
motion is subjected to
uniform acceleration due to gravity.
The main aspects of projectile motion can be
determined by the initial velocity of the projectile,
the angle of projection,
and the acceleration due to gravity.
The trajectory of a projectile is a parabolic path,
and key metrics include the range
(the horizontal distance traveled),
the maximum height reached,
and the time of flight.
Understanding projectile motion
is crucial in various applications
such as sports, ballistics, and physics education.

Your files will be:
PX_Projectile_lastname.java (Actual Java program)
PX_Projectile_lastname.png (Screen shot of the
program in the Eclipse IDE)
PX_Projectile_lastname.mp4 (Video)
(Video should include an explanation of the program
and showing it running successfully)
(If you do not fully understand the code, 
use the comments and google the java commands.)
Be sure to drop these files into google classroom.

Use Eclipse and code the program below.

I have the program code below with a section of code missing.

Resources you may need and select Web addresses you may need (Below)


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