Answer:
no udiyxkgxogxkgxjgxigxixt
Answer: o.o uhmmm
Explanation:
Press E to claim XD
Hugo has an idea for a new app that would allow students from around the world to gather together online and share ideas to solve global
problems. This app is an example of:
Oa
Ob
geolocation.
globalization.
ос
a social network.
Od
an open-source enterprise.
Next Page
Back
Answer:geolocation because that is coldest
Explanation:
4. Which of the following drive roll designs is used
with FCAW electrode wire?
A. A-groove.
B. U-groove.
C. V-groove.
D. Knurl-groove.
A _____ is a technician who specializes in repairing and rebuilding engines
FREE BRAINIEST COME AND GET SOME
Answer:
okkkkk
Explanation:
can i have itttt
yayy thank youuu so much
What is a technologists? Plz I need the answer
Answer:
An expert in a particular field of technology, it can be anything from an engineering technologist to a food technologist!
Explanation:
Hope this helps! <3
Note that common skills are listed toward the top, and less common skills are listed toward the bottom.
According to O*NET, what are common skills needed by Nursery and Greenhouse Managers? Check all that apply.
programming
management of personnel resources
repairing
speaking
coordination
technology design
monitoring
installation
Answer:
BDEG
Explanation:
got it right on the test on edge because i used my b r a i n
Answer:
management of personnel resources
speaking
coordination
monitoring
Explanation:
or B,D, E. G
How do plane designs differ based on speed, distance, and economics?
Answer:gtyytvygvygv
Explanation:
Vygvygvyfc
Answer:I would say that if an aircraft is lighter in would go at a higher rate of speed
Explanation: it would go faster because it dosent have that much things weighing it down
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.
Select four examples of fluid or pneumatic power systems.
Answer:
Students learn about the fundamental concepts important to fluid power, which includes both pneumatic (gas) and hydraulic (liquid) systems. Both systems contain four basic components: reservoir/receiver, pump/compressor, valve, cylinder.
Explanation:
Answer:Air brakes on buses and trucks are formally known as compressed air brake systems. Exercise machines can be built on pneumatic systems. Compressed-air engines, also called pneumatic motors, do mechanical work by expanding compressed air.
Explanation:
Fluid power is the use of fluids under pressure to generate, control, and transmit power. Fluid power is subdivided into hydraulics using a liquid such as mineral oil or water, and pneumatic using a gas such as air or other gases
What is the voltage of a circuit with a current of 12 amps and a resistance
component of 10 ohms?
Answer:
120 V
Explanation:
Use Ohm's law:
V = IR
V = (12 A) (10 Ω)
V = 120 V
once a design is final engineer needs a plan for product
Answer:
Correct
Explanation:
Types
of lubricants online market include:
A. Multi-use
B. Silicone
C. White lithium
D. All of the above
need the answer ASAP
Answer:
a is the answer
Explanation:
Which measuring tool would be used to determine the diameter of a crankshaft journal?
Answer:
dial bore gauge
Explanation:
The dial bore gauge measures the inside of round holes, such as the bearing journals. This one tool can measure 2″ up to 6″ diameter holes. Both tools are needed in order to check the interior and exterior dimensions of the crankshaft, rods and engine block journals, as well as the thickness of the bearings themselves
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:
Choose the correct statement:
Select one:
A. Turning the steering wheel rotates the pinion and moves the rack up and down.
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B. The teeth on both the pinion and the rack are helical gears.
C. A large pinion means the number of turns of the steering wheel is increased.
D. The steering ratio is the same on all vehicles,
Answer:
the answer would be C
Explanation:
How could you be a leader in your family an/or community