Small scale soda bottle rocket launcher capable of shooting a two Research Paper

Small scale soda bottle rocket launcher capable of shooting a two liter soda bottle repetitively and at different angles - Research Paper Example Movable joints are utilized to rotate the launcher at different angles. A thin coat of cement is applied to prevent any leak. It helps to understand the laws of physics that are related to the motion of the rocket. Introduction Newton’s Laws of motion play an important role in our life. Laws of motion depict a scientific explanation for the different type of works we do in our daily routine with respect to locomotion and actions related to motion. In vehicular motion, laws of motion play an important role in determining the distance, time and velocity of the moving object. On the other hand, the motion of rocket and similar types of propulsion engines, laws of motion are also utilized to depict the relation between the force, acceleration and mass of the object and the force to carry and move the mass. Rockets works by utilizing second and third law of motion, where the ignited fuel acts as the force to continue the motion of the rocket. ... The small Soda bottle rocket launcher is much effective in understanding the procedure and the process which makes a rocket accelerate at such high speed. Research and Literature Review Soda bottle rockets make utilization of used soda bottle, which are capable to high pressure due to the strength of the plastic is uniquely selected to bear the immense pressure of soda inside the bottle. Such types of bottle can be used for a normal pressure application. Soda bottles are considered best for the soda bottle rockets due to the capacity and incredible design and light weight of the bottle. In colleges and homes many people build the launching pads for launching the water soda bottle rockets to clear the concepts of real rockets and in homes, it is considered as the fun to launch the empty soda bottle water rocket. Most soda bottles are soft drink bottles, which hold cola or other soda based flavors (Kagan, Louis & Lynda, 150). Soda water rockets can reach as much as 100 meters on the ve rtical axis and more than 100 meters on the horizontal axis provided that the projectile is carefully selected to be 45 degrees (Gurstelle, 34-45). The soda bottles are partly filled with water and then the water is pressurized by pumping air into the bottle by utilizing a hand pump or an electric or mechanical compressor. Any other fluid can also be utilized instead of water, but water presents the best qualities as compared to all other fluids. The most significant feature is the least cost and massive availability of water (Kagan, Louis & Lynda, 150). Water rockets mostly rely on the pressurized air. The more the amount of pressurized air,