Tandem mass spectrometry

Using physics, we can calculate the mass of a bolt fired from a blaster used in Star Wars: The Force Awakens. First of all, we know that these bolts are not lasers based on two facts: they can be seen from the side and they do not travel at the speed of light. Thus, from there, we have to find their velocity. Rhett Allain calculated that to be about 35 m/s. He did this by finding distance and time of various bolts fired throughout the series, dividing the two measurements, and averaging out all…

In this experiment the maximum mass we are going to be using…

DISCUSSION OF RESULTS: Answer the following Questions: 1. How did changing the angle of the slope affect the acceleration of the object? Use information from the summary table and/or graph. According to our data, the larger that the slope was, the faster the acceleration of the object was. Although, this was not the same for the 30° angle and the 40° angle. This may have occurred due to an error in recording the data or a bad ticker timer being used. 2. What forces are acting on the object…

In this report i will be explaining some of galileo experiments. It will explain how the projectiles and the parabolic actually work. Using an incline plane Galileo experimented acceleration motion and he will use the same projectile motion to study. He placed a inclined plane on a table with a curved piece at the bottom which deflected a bronze ball into a horizontal direction. The ball results accelerated rolled over the table top with a uniform motion then rolled of the edge of the table on…

The objective of this lab was to figure out how to determine the range from a given set of velocity and height from the ball. The height of the ball when it leaves the horizontal projectile is at 93.5cm or .935m. The velocity of the ball was .0674 seconds in the range of .1 meter. Creating a total velocity of 1.484m/s. To calculate the hang-time the formula: y= -4.9t^2 was used. The hang time is used to figure out how long the ball will be in the air for. After you find the answer, the time is…

Diagram of Prototype A that consisted of an octagonal prism with a length of 11 in. or 27.94 cm. and height of 10.16 cm., while we created corrugated layers within the prism. We decided to change all the dimensions to centimeters instead of using inches as the units. Tinkercad model of Prototype B that consisted of a hexagonal prism with a length of 27.94 cm., height of 10.16 cm., and sides of the base of 4.445 cm. WIthin the hexagonal prism consisted of 6 equilateral triangles are connected…

The smallest black holes are called primordial black holes, which can be as small as an atom with the mass of a large mountain. Scientists think that these black holes most likely formed near the time of the big bang. Another group of black holes are known as stellar black holes, which are categorized as medium sized (10 miles wide, with the mass over 20 times greater than our sun) and are the most commonly found type of black hole. It is theorized that dozens of this type…

The distance the rocket will travel will increase because the rocket has more mass. Newton’s 1st, 2nd, 3rd law and aerodynamic forces had an effect on the rocket. The changes made to the rocket was that more mass was added to the rocket. Two grams of clay was added to the nose cone. The straw is 205 cm body length and there’s 3 fins on the bottom that are 4cm x 2cm. Newton’s 1st law is if an object in rest it will stay in rest unless an outside force acts on the object. Also, if an…

Does a track at which a car is on, affect the speed of the car? There are many different kinds of angles for tracks, they can be heading downhill, uphill, or can be straight. Sometimes the angle of the track determines the speed of the car. Potential and kinetic energy will also have an effect of the car's speed. Potential energy is taken in when the car goes up, and kinetic energy is released when the car goes downhill. I think that when the car goes down, it will go faster do to the kinetic…

to the equation one must use precisely 2, not 1.99 or 2.001. The force of gravity has been tested over and over with sensitive torsion balances and has shown repeatedly that the factor must be precisely two up to five decimal places. Similar to the mass of a proton which cannot be changed without catastrophic results, if any value other than 2 is substituted in the equation, it would result in the eventual decay of orbits and the disintegration of the whole universe. This precision found within…