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Answer:
Explanation:
learn some manners You have
Related Questions
how should an instructor act in front of his recruits and cadets?
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Answer:
Professional
Explanation:
:)
Explain, using at least three reasons, why Timothy would fail to be a good match as a mechanical engineer in the following scenario. Situation: Timothy is a very shy, reserved person. He is very artistic and creative, but math and science were never his strong subjects. As he enrolls in college classes, he is looking to be exposed to many different careers. He would like to go to an office every day, complete his work, and leave with a sense of accomplishment. He does not enjoy long-standing projects and assignments.
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Answer:
Based on the scenario provided, Timothy is unlikely to be a good match as a mechanical engineer for the following reasons:
Lack of Strength in Math and Science: Mechanical engineering requires a strong foundation in math and science, as these are the fundamental principles that underpin the field. Timothy's lack of strength in these subjects suggests that he may struggle to understand the complex calculations and scientific principles required to be a successful mechanical engineer.
Preference for Short-term Projects: Mechanical engineering involves working on long-standing projects, which require sustained effort and attention to detail. Timothy's preference for short-term projects and assignments suggests that he may struggle to remain motivated and focused over long periods of time, which could result in subpar performance and unsatisfactory results.
Incompatibility with the Work Environment: Timothy's desire to work in an office every day, complete his work, and leave with a sense of accomplishment is not well-suited to the fast-paced, dynamic work environment of mechanical engineering. Mechanical engineers often work in industrial or manufacturing settings, where they must work on multiple projects simultaneously and be prepared to deal with unexpected challenges and obstacles.
In summary, Timothy's lack of strength in math and science, preference for short-term projects, and incompatibility with the work environment make him an unlikely candidate for success as a mechanical engineer.
which article refers us back to article 430.24 in the service calculation?
A.220.55
B.220.60
C.220.50
D.220.12
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Answer:
B
Explanation:
Which of the following are parts of the natural environment? (Select the best four answers.)
Question 1 options:
A sweater
A bear
Prairie grass
A volcano
A cloud
A bathtub
A car
A log cabin
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Answer:
Bear, prairie grass, volcano, and cloud.
Do Only plastic pipe, not flexible tubing have a maximum temperature rating?
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Answer:
No they both can
Explanation:
What is the potiental energy of a 3 kg ball that is on the ground
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Answer:
147.15
Explanation:
147.15 is the answer
why are there so mant bots here
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They keep sending links to me
In a morphological matrix, which of the following contains the parameters that are essential to a design?
left-hand row
left-hand column
right-hand column
right-hand row
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In a morphological matrix, the parameters that are essential for a design are in the left column.
What is a morphological matrix?The morphological matrix is a matrix where columns and rows represent the various parameters for solving a problem. The first column is used for the characteristics relevant to the problem; the horizontal lines are filled with possibilities for each of these parameters.
With this information, we can conclude that in a morphological matrix, the parameters that are essential for a project are in the left column.
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What is the name of the two-phase microstructure found in steels resulting from the eutectoid transformation of austenite and consisting in alternate layers of ferrite and cementite
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Here I hope this is what you need?
When austenite in iron-carbon alloys is transformed isothermally below the eutectoid temperature at small undercooling, it undergoes eutectoid transformation to produce a unique micro- structure termed “pearlite”, which was discovered by Sorby in 1864.
Technician A says that that a box-end wrench is more likely to round the head of a bolt than an open-end wrench. Technician B says that 6-point sockets and wrenches have more surface area on a bolt and will hold more firmly when removing and tightening. Who is correct? a. Technician A b. Technician B c. Both A and B d. neither A nor B I need the answer so I don't fail my test.
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Answer:
The answer is C. Both A and B
why is it important to follow properly the different steps in painting and varnishing a product ?
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Answer:
The main reason for this is the ingredients found in the paint. Different Ingredients are used to make different types of color paints, therefore when each of these paints is used in connection with the solvent the different chemicals in the paint create a certain reaction with the chemicals in the solvent, and each reaction may be different in each color depending on the chemical compound.
Jordan's dad made a new recipe for dinner. Jordan looked at the food and saw that it was white, yellow, and purple in color. She picked up a few pieces and felt that they were firm. As she moved the pieces to her mouth, she recognized the scent of carrot and black pepper. When she took a bite, she noticed it was salty and sweet.
Which statement best describes how Jordan used her senses to know what ingredients were in the recipe?
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Answer:
Jordan used her eyes to see the food, her touch to feel the food, and her nose to smell the food, and lastly, but most importantly, she used her mouth to taste the food.
pls help me thank you
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Answer: 1. Hand Plane
2. Rift Sawn
Explanation: I'm not Sure tho hope it helps
And Rift sawn
Which forces on the arrow before is released ?
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There is a very interesting physical phenomenon in the physics behind archery, known as Archer's paradox. When an arrow is released to the left (or right) of a bow its trajectory follows a path that is different from its expected trajectory.
The contradiction, or paradox, arises from the fact that the arrow oscillates during its release, as the string is exerting its "push" force at the rear of the arrow. As a result of this oscillation, the arrow undulates around the bow shaft, enabling it to fly in a trajectory that is in the same direction as the arrow axis at full draw. The video below shows the motion of the arrow just after release, using a high-speed camera. It only takes milliseconds for the arrow to fly past the bow.
The metric ruler is typically divided into
a. inches and half inches
b. centimeters and millimeters
c. millimeters and decimeters
d. eighth inches and sixteenth inches
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Either B or C depends
Explanation:
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The metric ruler is typically divided into centimeters and millimeters. The correct option is b.
What is metric ruler?The typical measuring tool in a scientific laboratory is a metric ruler. Each line on a metric ruler corresponds to a millimeter (mm).
Centimeters are shown by the numbers on the ruler (cm). For every centimeter, there are 10 millimeters.
The smallest units of length in the metric system, millimeters and centimeters, are measured using lines on a ruler called a metric ruler.
Several rulers feature metric units on the opposite side in addition to inches, which are length units in the common system.
The length of an object is measured in centimeters, which are metric units of measurement.
The abbreviation is cm. 100 centimeters make up a meter. One centimeter is equal to ten millimeters.
Thus, the correct option is b.
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With which type of media are you interacting when you read an online shopping website? A. film B. print C. electronic D. social media Please select the best answer from the choices provided A B C D
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With which type of media are you interacting when you read an online shopping website?
A. film
B. print
C. electronic
D. social mediaDigital media/social media. Normally through ads
Tech A says that an inductive pickup coil can be tested for shorts and grounds with an ohmmeter. Tech B says that an inductive pickup coil pattern can be tested with a lab scope. Who is correct
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Both A and B technicians are correct about how to test an inductive pickup coil.
What is an inductive pickup coil?
An inductive pickup coil is a type of rotor that produces an electric current for a given (mechanical) device.
In an inductive pickup coil, the electric current is directly (linearly) related to the change observed in the magnetic field.
In consequence, an inductive pickup can be used to measure the distribution of a beam current.
Learn more about inductive coils here:
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Which of the following procedures best applies to assessing the embodied energy of a building?
analyzing the building’s function
analyzing the building’s blueprints
analyzing the building’s materials
analyzing the building’s age
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Answer:analyzing the building’s blueprints
Explanation: because the building blueprints are always there