Which of the following is an example of a composite material?
A. cellulose fiber
B. treated wood
C. epoxy resin
D. tempered steel
Answer:
B
Explanation:
Did the assignment
Please help !! TJI joists are stronger than 2x10’s True or false
Answer:
false this joists are stronger that 2×10s because it is not strong enough
importance of civil engineering in nepal?
the career prospects of civil engineering is unlimited and they can work in small construction projects designing space stations
Maintain a distance of at least
and the vehicle behind you.
between your venicle
A. 2 seconds
B. 3 seconds
C. 4 seconds
D. 5 seconds
If you were to do the project on the moon, which of the three balls would you expect to go the shortest distance? Golf Ball Ping Pong Ball or a Bowling Ball? Why?
Answer:
5 ft
Explanation:
becase moon=less gravity
Why couldn't the Mars Science Laboratory land using airbags to bounce to the Martian surface from a parachute?
A. The presence of liquid water made it necessary to land the rover on its wheels.
B. Scientists and engineers were concerned that the airbags could become tangled in the MSL.
C. Engineers were worried the airbags might deflate too soon.
D. The heavier weight of the MSL made airbag landing technology impractical.
Answer: D. The heavier weight of the MSL made airbag landing technology impractical.
Explanation:
Airbags have been used by NASA before to land objects on Mars such as during the Pathfinder and Spirit and Opportunity missions due to their practicality in landing in a planet like Mars with its thin atmosphere.
This however could not be used for the Mars Science Laboratory mission because the rover involved which was called Curiosity, was simply too heavy to use airbags to land.
Answer:
The heavier weight of the MSL made airbag landing technology impractical.
Explanation:
What does the word “robot” mean? A.Clone B. Athlete C. Servant D. Actor
Answer:
a. clone
Explanation:
Servant
The origins of the word "Robot" Are from the Czech language where "Robot" means "Servant"
How could you be a leader in your family an/or community
Explain why a hydraulic power system would be the best choice when building a device or vehicle that requires large amounts of power, citing at least three examples.
Answer:
The correct answer can include a ship’s steering system, construction vehicles, and aircraft (control systems).
Explanation:
The basic design of a hydraulic lifting system includes two pistons, a connection, tubing, and a fluid. An increased volume of fluid leads to increased contact points, so the pressure applied will increase. The force is distributed evenly to all points in an incompressible fluid. The piston that lifts the load has a larger surface area than the piston that receives the original force, and therefore the force is multiplied and can create great power.
Large batches are manufactured to increase efficiency.
True or false
Answer:
true the large batches are manufactured to increase efficiency
If you are a computer programmer which of the following is your hard skill?
Typing
Coding
Reading
Answer:
Typing gradually gets easier by the day, coding gradually can become harder, where as reading needs focus and potential. I'd say Coding
Explanation:
once a design is final engineer needs a plan for product
Answer:
Correct
Explanation:
Next → Fluid Systems: Mastery Test Select the correct answer from each drop-down menu. What type of systems are used in the Industries discussed in the examples? Mike Is a pilot. To lower the landing gear of the alrplane, he moves the lever on a control valve in one direction. The plane's landing gear mechanism. Mr. Jerry has a food processing factory. He uses power transfer systems as his factory requires a very high degree of cleanliness. Uses a Reset Next
Answer:
I think the answer is 1. hydraulic 2. pneumatic
Explanation:
Hydraulic involves the mechanical properties and use of liquids. At a very basic level, hydraulics is the liquid counterpart of pneumatics, which concerns gases. pneumatic is a branch of engineering that makes use of gas or pressurized air. Pneumatic systems used in industry are commonly powered by compressed air or compressed inert gases. A centrally located and electrically powered compressor powers cylinders, air motors, and other pneumatic devices.