This assignment will allow you to demonstrate the following objectives: 2. Illustrate the scientific method within everyday situations. 2.1 Identify the appropriate formulas necessary to solve specific scenario questions. 2.2 Calculate and analyze the acceleration and the force in various situations. 3. Explain Newton’s laws of motion at work in common phenomena. 3.1 Solve problems […]
Category Archives: Science
what will be the net force acting on the vehicle? Will it be greater than, less than, or the same as that required on Earth?
Sample Question 1: A lunar exploration vehicle was made by a research team, and it weighs aboutsix times more than it will on the moon. In order to have the same acceleration on the moon as wellas on the Earth, what will be the net force acting on the vehicle? Will it be greater than, […]
If the total kinetic energy after the collision is the same as that before the collision, is this an elastic collision or inelastic collision?
This assignment will allow you to demonstrate the following objectives: 4. Apply the concept of momentum conservations to daily life. 4.1 Relate impulse-momentum theorem to Newton’s second law. 4.2 Show the relationship between linear momentum conservation and Newton’s third law. 4.3 Apply momentum conservation to rotational kinematics. 5.Identify the total mechanical energy conservation. 5.1 Interpret […]
Suppose the length of a wrench is 0.2 meters and the applied force is 100 N.
Sample Question 1: Suppose the length of a wrench is 0.2 meters and the applied force is 100 N.If the force is exerted perpendicular to the wrench, what is the torque? If you apply the force with anangle, do you think that the torque will be decreased or increased?Solution: Use the formula, T = Fd. […]
What is the magnitude of his acceleration during 0.1 seconds-What is the average net force applied to the fist?
This assignment will allow you to demonstrate the following objectives: 2. Illustrate the scientific method within everyday situations. 2.1 Identify the appropriate formulas necessary to solve specific scenario questions. 2.2 Calculate and analyze the acceleration and the force in various situations. 3. Explain Newton’s laws of motion at work in common phenomena. 3.1 Solve problems […]
What is the total kinetic energy before the collision? What is the total kinetic energy after the collision
This assignment will allow you to demonstrate the following objectives: 4. Apply the concept of momentum conservations to daily life. 4.1 Relate impulse-momentum theorem to Newton’s second law. 4.2 Show the relationship between linear momentum conservation and Newton’s third law. 4.3 Apply momentum conservation to rotational kinematics. 5.Identify the total mechanical energy conservation. 5.1 Interpret […]
Explain how the map information will be used for estimating the flight duration time and fuel requirements for each leg of the flight.
Topic: A&S Question (PLG1 mod 6 Suppose you are a commercial airline pilot planning for a round-trip flight between Los Angeles, California (on the US west) and New York City (on the US east coast) in the month of January at a planned cruising altitude of about 30,000 feet. In the flight planning process, you […]
Describe the five things a first responder should document when arriving at a crime scene.
Topic: BCJ351 – FORENSIC SCIENCE Essay Paper: Describe the five things a first responder should document when arriving at a crime scene. Conclude by defining the chain of custody and discussing its importance.
What can a forensic examiner determine by the analysis of fractured window panes?
Topic: BCJ351 – FORENSIC SCIENCE What can a forensic examiner determine by the analysis of fractured window panes? What evidence can be gathered by measuring the density of a glass fragment?
Discuss the organization of DNA. Conclude by discussing the new method of human identification that examines the proteins of human hair.
Topic: BCJ351 – FORENSIC SCIENCE Discuss the organization of DNA. Conclude by discussing the new method of human identification that examines the proteins of human hair.
