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Newton's laws of motion
Newton's laws of motion
Newton's basic laws
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Recommended: Newton's laws of motion
The Purpose of our Mouse Trap Car project was to find a way to use what we have learned from Physics and Newton's laws to make a mousetrap powered car. We had a goal to create a car out of material you already had that goes 3 or more meters across the room. We had to find a way to get all the parts and build it with nothing but glue and tape and whatever you had in you house. This challenged involved many aspects such as building/engineering, time management, focus, and most importantly science. For our mouse trap car we used many materials. We used cardboard, a mouse trap, tape, glue, CD’s, bottle caps, straws, skewers, and a long wooden stick for our project. Before starting the project we researched other mousetrap car that have worked in the past. We found out for more distance and speed we have to have a killbar extension. This is how we use the wooden stick. The reason this did so was because of the killbar the string would be more and faster so the axle would spin faster moving the wheels. The faster the wheels spin the faster the car would go. Our project required our car to go at least 3 meters. Our initial trials were successful because our car went 7,8, and then 9 meters. The car went 7 meters in 8 seconds with a speed of 0.875 m/s. It went 8 meters in 10 seconds with a speed of 0.8 m/s. It finally went 9 meters in 12 It is what makes the wheel spin instead of just to slide on the ground. If there were to be no friction such as ice the wheels would not spin and the whole car would just slide on the ice. With all the friction the car could not move at all. With the right amount of friction which we had to apply to the car the wheels will move and the car will go at a fast constant speed. This way we used friction in the right amount and it helped our mouse trap car go the distance and meet the requirement of one set of free spinning wheels. This is how friction is used in the mouse trap
* In case you are curious, the engine rpm got up to about 7000 rpm and the track speed got up to about 60 mph or more during this clip. I supported the track with a stand and ran the throttle while an observer ran the camera.
In order to begin their outdoor adventure, a skier must first face the forces of static friction. Static friction is the force that keeps the skier at rest. As the skier overcomes the static friction there is a point where the coefficient of friction is greater than that of the kinetic friction that resists the skiers motion. It is clear to see this concept in the figure below.
The historical context behind the “Three Blind Mice” dates back to the sixteenth century during the reign of King Henry the VIII. It has been said that this rhyme is “about Mary I (1516 – 1558), the daughter of King Henry” (Three Blind Mice). Mary I was King Henry’s first daughter with his first wife Catherine who was a Catholic. Later on Mary I became illegitimate, because the marriage between her mother, Catherine of Aragon and Henry VIII was declared invalid” (Three Blind Mice). Originally King Henry VIII requested for his marriage to Catherine be annulled by the Catholic Church, and it was declined, so he decided to create his own Church with his own religious beliefs that caused a chain of events throughout history.
Even if we take the maximum amount of precaution and try to keep the house and office clean, as time passes by pests do try to enter the house and bother us and create embarrassment for us. Pests can sometimes be very bothersome, and they can also be the root for health hazards in the family and among the office staff. It is beyond our control to keep them away from our homes and office as they find a way to get in and dwell inside our buildings. There are so many different types of pests, and the building can be infected by more than one type of pest at a time. There are different methods to control each type of pest, and it is not possible for us to control it all by our self. Moreover, we will never be able to manage it as good pest control service professionals as they have specific equipment and chemicals needed to remove the pests.
This experiment was conducted to calculate the running movement and velocity of four people running in a straight line for 100 meters and compare them to the all-star Usain bolt. Usain bolt is the number one all-star ranking, the best and fastest runner ever. The things I could have improved on were that I didn’t really contribute that much to the experiment due to me being sick and non-present for the experiment itself. Things that I did well on were getting down all the results onto the Microsoft excel. The conclusions made from this experiment were that Usain blot is still faster than everyone else and the boys are still faster than the girls by a large amount.
From the poem To A Mouse by Robert Burns, John Steinbeck names his book Of Mice and Men. The poem To a Mouse is about a man who while plowing his field, comes across a mouse that he has accidentally slain. The mouse was in a little home that it has built to stay warm for the upcoming winter. Similarly, the man was plowing his field getting ready for the winter months. After all, both the mouse and the man were both doing their normal duties as mouse and farmer. However, the man, when he comes across the dead mouse is very shaken and upset that this event has occurred. In the same way, in the book Of Mice and Men when George must kill Lennie, George is similarly shaken and upset that this event had to have occurred. Both events were unplanned and not called for. Therefore, the title of this book is appropriate for the characters and events because life is never the way one plans it and things will happen that are uncalled for and unplanned.
Tires are thrown from tires because the centrifugal force expels snow, rocks, and other foreign objects.
Results: The experiments required the starting, ending, and total times of each run number. To keep the units for time similar, seconds were used. An example of how to convert minutes to seconds is: 2 "minutes" x "60 seconds" /"1 minute" ="120" "seconds" (+ number of seconds past the minute mark)
the length of the slope can be used to calculate the speed of the car
Before the advent of the automobile, buggies were typically propelled by one or more horses. Even with the first automobiles there was a need for a drive system, though, since those horses were no longer there. One thing that has remained common to every car is a motor and transmission system of some sort, but what varies greatly between cars is what is between the transmission and the wheels, also known as the drive train. There are many different styles of drive trains, each with their own advantages and disadvantages.
Picture the ultimate dream car. Is it a brand new Mustang right off the show room floor? Maybe it is a SUV with heated leather seats. Or it might by something fast and imported, like a Ferrari, Lamborghini, or Porsche. For some people, dream cars don't come from the present or the future, but the past. But getting that dream car from the past isn’t always easy. A lot of the times it is rusting away in some old barn or out in a field with weeds growing through the floorboard. When someone finds that dream car in those conditions they can do a couple different things they can build it into a rat rod. A rat rod is where the outside of the car is left rusty and in the shape it was found in, and has a big powerful motor and a good strong transmission. Or the other choice is to restore the car to its former glory. When someone restore a car to its former glory there are four main categories or steps that they need to do; body work, paint, interior, and engine/transmission.
Math- Students will evaluate his or her journey and predict how long it will take to travel from one destination to another. This can be done in many formats at the teacher’s subjection.
3. I will then do the same experiment with speeds of 8 km/h and 12
In order to have a fast and efficient car all these things I have discussed need to be taken into consideration. A fast car should be designed with aerodynamic surfaces for a balance of maximum production of downforce and minimum drag creating surfaces. It should have as small an engine as possible to reduce mass and reduce the necessary size of the frontal area, but a large enough engine to be able to produce enough horsepower to be able to create more force than the resistance the car faces to accelerate and enough to balance with those forces at high speeds. The tires should be wide enough for fast acceleration and good cornering but not so wide it creates large amounts of rolling resistance. Your overall best example of such a car would be formula one races or Indy cars because they have to have good handling, fast acceleration and reach and maintain high speeds.
determination students have ever had to use. Some students will create a dirt road while others will