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Hi, I will have a presentation about efficiency of car which is 2022 Dodge Chall

Hi,
I will have a presentation about efficiency of car which is 2022 Dodge Challenger. I uploaded the outline, and my part in the outline is where it says ” Problem statement (be specific): what problem did you solve? What assumptions did you make?” please write what i will say in the presentation ! please provide the resources !

Lab report must include preparatory questions in lab instructions. Must be same

Lab report must include preparatory questions in lab instructions. Must be same layout as lab sample. must follow marking sheet to insure best marks.
systematic error for both data is one second and 0.5 degrees.
for Illustration of the experimental setup for Lab-2. https://eu-lti.bbcollab.com/recording/6d985c2383ac42e58e559cfbd5078d18

1)Learn about the search for dark matter. 2) Determine the ratio of visible matt

1)Learn about the search for dark matter.
2) Determine the ratio of visible matter to dark matter in a galactic cluster from real observation data.
Additionnal:
-for the second point: please use simple formulas so i can understand.
-add a fee references please.
-Please it is very important that you clearly add the exact references (specify the page if necessary).

The final project for this course is the creation of an Analysis Report. For Mil

The final project for this course is the creation of an Analysis Report. For Milestone One you will submit the Force and Motion Analysis of a Rube Goldberg
Device Step.
This milestone is due in Module Three and you will provide a basis for the development of the final project by using the concepts from the class to describe, in
words and calculations, the interactions that explain the motion observed in the selected stage of your device. If you have not begun the design of a device,
provide a reference to a device that you have found. Your submission will describe quantitatively what is going on with respect to force and motion during the
selected step.
Specifically, the following critical elements must be addressed:
I. Step Selection: Select a step or stage in the Rube Goldberg device. Provide a concise description of the step.
III. Selected Step
A. Initial Velocity: Calculate the initial velocity of the object in the selected step. What does the initial velocity of the object tell you about the
behavior of the object?
D. Velocity and Force Calculations: Calculate the change in velocity that would be observed based on kinematics and force principles. Then, use
Newton’s Second Law to calculate the force acting on the object.
Guidelines for Submission: Your paper should be submitted as a 1- to 2-page Microsoft Word document with double spacing, 12-point Times New Roman font,
and one-inch margins

Project: Determining focal length and/or magnification of household lenses (magn

Project: Determining focal length and/or magnification of household lenses (magnifying glass, glasses, etc.)
For each magnifying glass, stand close to a wall and shine the flashlight through each magnifying glass onto the wall.
Move the flashlight closer to or farther away from the wall until the light refracts to a single point.
Measure the distance from the lens to the wall to get a reading (in centimeters) to find the focal length. It can be handy to have a friend help you here.
Create a table to manage your data.

Project: Determining focal length and/or magnification of household lenses (magn

Project: Determining focal length and/or magnification of household lenses (magnifying glass, glasses, etc.)
For each magnifying glass, stand close to a wall and shine the flashlight through each magnifying glass onto the wall.
Move the flashlight closer to or farther away from the wall until the light refracts to a single point.
Measure the distance from the lens to the wall to get a reading (in centimeters) to find the focal length. It can be handy to have a friend help you here.
Create a table to manage your data.

Project: Determining focal length and/or magnification of household lenses (magn

Project: Determining focal length and/or magnification of household lenses (magnifying glass, glasses, etc.)
For each magnifying glass, stand close to a wall and shine the flashlight through each magnifying glass onto the wall.
Move the flashlight closer to or farther away from the wall until the light refracts to a single point.
Measure the distance from the lens to the wall to get a reading (in centimeters) to find the focal length. It can be handy to have a friend help you here.
Create a table to manage your data.

Project: Determining focal length and/or magnification of household lenses (magn

Project: Determining focal length and/or magnification of household lenses (magnifying glass, glasses, etc.)
For each magnifying glass, stand close to a wall and shine the flashlight through each magnifying glass onto the wall.
Move the flashlight closer to or farther away from the wall until the light refracts to a single point.
Measure the distance from the lens to the wall to get a reading (in centimeters) to find the focal length. It can be handy to have a friend help you here.
Create a table to manage your data.