Category: Mathematics and Statistics : Mathematics

Consider the following scenario: A car travelling down a road begins to decelerate at a constant rate. The speed of the car before decelerating was 78 feet per second. Choose your own value for the constant deceleration rate of the car based on the scenario above and address the following: Draw a graph or figure…

Consider the following scenario: Suppose a population of fruit flies is introduced to a disease and decreases at a rate of at a rate of 15% in flies per day. Suppose the initial population of fruit flies is 950 flies. Collaborate with your peers to answer the following: Draw a graph or figure to represent this situation.…

1.     A questionnaire measures an index of risk-taking behavior in respondents. Scores are standardized so that 100 represents the population average. The questionnaire is applied to a sample of teenage boys and girls. The data for boys is {72, 73, 86, 95, 95, 95, 96, 97, 99, 125}. The data for girls is {89, 92,…

The centripetal force of an object of mass  is given by ?(?)=??^2/?, where ? is the speed of rotation and ? is the distance from the center of rotation. Draw a graph or figure to represent this situation using Desmos.com Describe how the concepts of calculus can be applied in this case. Find the rate of change of centripetal force with respect…

The writeup should be a maximum of 7 pages (not including references) in the NeurIPS format.Links to an external site. You may use unlimited extra pages for appendices, however these are not guaranteed to be read.  Note that, as with any conference, the page limits are strict! Papers over the limit will not be considered.

(see picture in attachment)A small triangular piece of metal is needed to add support to a trailer frame. The shape of the piece is shown in the figure above. Suppose the angle θ is known to be 27°. Collaborate with your peers to answer the following: Describe how the concepts from this module can be applied in this…

Starting from an airport, an airplane flies 225 miles northwest, then 150 miles south-west. Answer the following: Draw a graph or figure to represent this situation. Describe how the concepts of vectors and complex plane can be applied in this case. How far, in miles, from the airport is the plane? Provide another example of…

Part I: Complete the following steps: Select a real-world scenario that can be modeled by a periodic function (ex. temperature over time or tidal patterns). Write a mathematical expression for the function that can model your scenario. Find the amplitude, midline, and period of your function. Find the domain and range of your function. State…