Mechanical energy also known as motion energy. It is one of the only types of energy that is easy to see. It's describes how an object, or a system moves based on its position or motion. Give one example of engineering design around you that have mechanical energy such as kinetic energy and potential energy. Based on the example given, in your own word, а) explain how the kinetic energy change into the potential energy or vice-versa. b) describe the connection between the concept of power and work. c) how to ensure your design produce more power. Provide some calculation to support your answer. d) describe how the conservative force effect the system in the example given.

Mechanical energy also known as motion energy. It is one of the only types of energy that is easy to see. It's describes how an object, or a system moves based on its position or motion. Give one example of engineering design around you that have mechanical energy such as kinetic energy and potential energy. Based on the example given, in your own word, а) explain how the kinetic energy change into the potential energy or vice-versa. b) describe the connection between the concept of power and work. c) how to ensure your design produce more power. Provide some calculation to support your answer. d) describe how the conservative force effect the system in the example given.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Industrial engineering question please solve fast
What can happen in an isolated system with time? (choose all what apply from the list below). a) Its energy can change b) Its mass can change c) The system may reach the thermal equilibrium d) The system may reach the thermodynamic equilibrium e) Pressure distribution within the system may vary.
Q1: Explain Value Engineering? Also explain the Significance of value engineering from the following diagram?
● Weight of forearm = 1.6kg ● Center of mass (COM) = 18cm from elbow ● Weight of load held: 15 kg ● Forearm length: 36cm a) What is the force of the forearm (in N)? b) In what direction is the force of the force of the forearm? Positive or negative c) Demonstrate how you found the force of the forearm d) What is the force of the load (in N)? e) In what direction is the force of the load? F) Demonstrate how you found the force of the load
Question 1 Consider the hot water heater (geyser) in your house. Classify each case below as an open system, closed system, neither or both. Then provide a simplified energy equation to describe each system, justifying each simplification made. State all assumptions clearly. a) The tank is being filled with cold water b) Hot water is being drawn from the tank c) The tank leaks d) The heater is turned on to heat the water as water enters the geyser e) The tank is full and the heater is turned off
1)The essence of mathematics in mechanical engineering.
Assess the environmental impact of plastic (PET) container throughout its entire lifecycle (LCA) from the procurement of the raw materials through the recycling of that product. a) Give the four inputs needed in a sustainable design process: b. с. d. b) Give the raw materials needed to process the used material and its extraction process: c) Give possible two Manufacturing Processes needed to make this product: d) Give four material properties to find similar sustainable materials: b. c. d. e) Propose two possible solutions to improve the Environmental Impact: a. b.
Industrial engineering problem please solve correctly
A family wishes to buy a 2020 Toyota Camry. The two options the consider are (a) a standard automobile with and SI engine that gets 34 mpg and costs $18,000; and (b) a hybrid automobile that gets 52 mpg and costs $32,000. On average, the family drives 16,000 miles each year ad gasoline costs $1.65 per gallon. Calculate: (Show your complete solution) The amount of gasoline each vehicle would use each year. Gasoline cost savings of hybrid over standard. Time in months it would take to make up the difference in vehicle cost with fuel savings.
Engineering design is a sequential process such that the design team will need to complete one complete cycle before revisiting the earlier step for potential revision.
Direction: Solve the following problems. Write your solution on a sheet of paper and submit a scannedcopy of your work. Please box your final answer and write your solution clearly. 1. Calculate the kinetic energy of a body which has a mass of 5 kg and velocity of 10 m/s. 2. In a non-flow process carried out 5.4 kg substance, there was a specified internal energy decrease of 50 kJ/kg and a work transfer of the substance of 8.5 kJ/kg. Determine the heat transfer and a statewhether it is gain or loss. 3. A gas is contained in a cylinder with a moveable piston on which a heavy block is placed. Suppose the region outside the chamber is evacuated and the total mass of the block and the movable piston is 102 kg. When 2140 J of heat flows into the gas, the internal energy of the gas increases by 1580 J.what is the distance through which the piston rises? 4. Calculate the increase in internal energy of a gas in a closed system during a process in which 100 J of heat is supplied to the system…
This is gravity and force in nature, can someone please show me the solution and explanation for each problem, and also please provide the illustration/diagram for me to visualize the two problems. Thank you. 1) State the magnitude of the force needed to hold each of the following masses steady: a) 1.0 kg of sugar b) a stapler of mass 0.20 kg c) a student of mass 65 kg (express your answer in scientific notation) 2) Draw the free-body diagrams of the following: a) A fish held by a fishing line. b) A volleyball is held by hand. c) A book is pushed across a desk by a horizontal applied force.