When would you expect your shadow to be longest?

A.
noon in summer

B.
afternoon in summer

C.
noon in winter

D.
afternoon in winter

The scope of BS computer science in Pakistan is quite vast

try this :)

Explanation:

The fuel usage would be approx. 23 km. per liter. The exact number would be 23.3829 km. per liter..

Jerad, as a corporate designer, is most likely to find himself working  option D:  the design and construction of an aquarium.

A corporate designer is a professional who specializes in the design and construction of large-scale commercial and industrial projects, such as theme parks, museums, aquariums, and other public attractions.

Therefore, Corporate designers are part of a team of architects, engineers, and construction professionals who work together to bring these projects to life. They use their design skills and expertise to create detailed blueprints and plans for these structures, taking into account factors such as safety, accessibility, cost, and functionality.

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Answer:

123456

Explanation:

Answer:

I need brainliest plz

Explanation:

Answer:

the minimum distance would be x where x = distance

Explanation:

use trigonometry to find out distance by using sohcahtoa

Answer:

C

Explanation:

because it is more professional then what the other answers are.

As per the data given in the question, the perimeter of rectangle ABCDA is 14 units.

To find the perimeter of the rectangle ABCDA, we need to calculate the sum of the lengths of all four sides.

The coordinates of the vertices are as follows:

A(2, -6)

B(5, -6)

C(5, -2)

D(2, -2)

Let's calculate the length of each side:

Side AB: Distance between points A and B

AB = sqrt\(((5 - 2)^2 + (-6 - (-6))^2)\)

  = \(sqrt(3^2 + 0^2)\)

  = sqrt(9)

  = 3

Side BC: Distance between points B and C

BC = sqrt\(((5 - 5)^2 + (-2 - (-6))^2)\)

  = sqrt\((0^2 + 4^2)\)

  = sqrt(16)

  = 4

Side CD: Distance between points C and D

CD = sqrt\(((2 - 5)^2 + (-2 - (-2))^2)\)

  = sqrt\(((-3)^2 + 0^2)\)

  = sqrt(9)

  = 3

Side DA: Distance between points D and A

DA = sqrt\(((2 - 2)^2 + (-2 - (-6))^2)\)

  = sqrt\((0^2 + 4^2)\)

  = sqrt(16)

  = 4

Now, let's calculate the perimeter by adding the lengths of all four sides:

Perimeter = AB + BC + CD + DA

         = 3 + 4 + 3 + 4

         = 14

Therefore, the perimeter of rectangle ABCDA is 14 units.

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A substance that undergoes a physical change is a different substance with different properties after the change. ... A substance changes form, but it remains the same substance.

Here i dont know if this helped...

Answer:The client's expectations appear to involve cutting corners in compliance with construction regulations as well as that Jenny and the other people in her team ...

Explanation:Garrett works with the Construction Manager on the job site. Garrett makes sure everything is up to code in the new building. Garrett is a(n)

Answer:

did u get the answer???

Explanation:

The steering linkage is a part of the steering system that assists in transmitting motion from the steering wheel to the vehicle's wheels and aids in turning them in the right direction and at the proper speed.

The main purpose of your car's steering and suspension systems is to keep it stable and "suspended" while allowing the wheels to move independently of the vehicle. In these systems, any play or uncontrolled motion leads to a decline in handling and faster tire wear.

steering and suspension. The components that attach the car to the road are collectively referred to as the suspension system, whereas everything that.

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It is to be noted that in order to prevent the kind of disruption described above involving a sinkhole the following steps or procedures can be taken by the civil engineering team responsible.

1) It is to be noted that the first step in determining the capacity of a soil type to hold the weight that will be placed on it is to do a geological survey. The purpose of this is to identify if there are any potential geographic hazards that mujst be taken in to account or avoided completed during the construction process.

2) Where it is possible to build regardless of the hazard, there must deployment of soil stabilization technique to prevent any collapse of the structure above such grounds or area.

3) During construction, close monitoring must be carried out especially during excavation.

The above will help ensure that the disruption of the earth is prevented

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Horizontal shapes are simply defined as shapes that identified by their alignment and orientation along the horizontal axis.

Horizontal shapes are simply identified by their alignment and orientation along the horizontal axis.

These shapes appear to be extended in a left-to-right or right-to-left direction, with a greater width-to-height ratio. Rectangles, squares, lines, and strips are typical examples.

While lines are one-dimensional, horizontal objects with an unlimited length, rectangles and squares have four sides and have horizontal top and bottom boundaries. Strips are lengthy, varying-width horizontal shapes that are frequently utilized in design and the arts.

Horizontal shapes can imply security, harmony, calmness, and a sense of rootedness.

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I'm thinking "Fixed firmly to the handle.".

Answer:

coal = not processed

geothermal = processed

biomass = processed

gas turbined = not processed

Explanation:

"Pre-combustion capture refers to removing CO2 from fossil fuels before combustion is completed."

The analogy above above on If humans can't physically evolve to ever have wings, i will say that could not be scientifically possible to engineer flesh like wings into them.

A wind is known to be a kind of a supporting surface that is said to be seen in both sides of an aircraft, birds, and others.

Note that making a wing is possible to to make one that has the same characteristics as the human body where blood will  flow and also circulate is virtually impossible.

Therefore, The analogy above above on If humans can't physically evolve to ever have wings, i will say that could not be scientifically possible to engineer flesh like wings into them.

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Answer:

Wear protective eyewear

Never lean over the battery

Do not jump-start a battery that is cracked or has a leak

The hazards that are associated with portable ladders include the following:

A) Ladder is not positioned correctly.

B) Ladder is too long.

D) Unsteady ladder.

OSHA is simply an abbreviation for occupational safety and health administration that was created under the Occupational Safety and Health Act, so as to develop work-safety standards for workers and providing precautionary measures against all workplace hazards.

According to the occupational safety and health administration (OSHA), a worker is at a higher risk of falling down, if his or her portable ladder isn't inspected for any defect or safely positioned each time he or she uses it.

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Complete Question:

Which of the following are hazards associated with portable ladders?

A) Ladder is not positioned correctly

B) Ladder is too long

C) Ladder is not tied off correctly

D) Unsteady ladder

Answer:

Direct purposes include bathing, drinking, and cooking, while examples of indirect purposes are the use of water in processing wood to make paper and in producing steel for automobiles. The bulk of the world's water use is for agriculture, industry, and electricity.

The idea that the three pyramids of Giza are the greatest feat of engineering ever is widely accepted among historians and experts.

These majestic structures, built over 4,500 years ago, continue to amaze and baffle people today. Here's why:
1. Monumental size: The pyramids of Giza are colossal structures, with the largest, the Great Pyramid of Khufu, standing at over 450 feet tall.

Constructing such massive structures without modern machinery or technology is a remarkable achievement.
2. Precision and alignment: The pyramids were meticulously built with incredible precision. The sides of the pyramids align almost perfectly with the cardinal points of the compass.

The accuracy of the alignment is a testament to the advanced astronomical knowledge possessed by the ancient Egyptians.
3. Construction techniques: The pyramids were built using immense blocks of limestone, weighing several tons each. The precise cutting and fitting of these massive blocks required advanced engineering skills.

The construction techniques used, such as ramps and pulleys, demonstrate the innovative methods employed by ancient Egyptian engineers.
4. Longevity: Despite being thousands of years old, the pyramids have stood the test of time. They have survived earthquakes, erosion, and countless other natural and human-induced threats.

The durability of the pyramids is a testament to the engineering prowess of the ancient Egyptians.
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Explanation:

clock in a band of brothers in a band of the strength of a person

Answer:calcium chloride

i think this is helpful

Explanation:

Answer:

Technician A says that the differential gear set allows for the difference is speed of each drive wheel when cornering.

Technician will say that the differential gear set allows for the difference is speed of each drive wheel when cornering.

The last stage of gears found between the vehicle transmission system and the wheels is the final drive ratio. The function of the final drive gear assembly is to enable a gear reduction control stage to reduce the rotation per minute and increase the wheel torque, such that the vehicle performance can be adjusted and the final gear ratio can be between 3:1 and 4.5:1 not 1:1

A gear is a rotating , circular machine element with teeth that can be cut, or in the case of a cogwheel or gearwheel, they can be inserted. These teeth, known as cogs, mesh with another grooved part to transfer (convert) torque and speed.

The basic idea underlying how gears work is comparable to the fundamental idea behind how levers work. Cog is another casual term for a gear. Geared devices can vary the speed, torque, and orientation of a power supply.

Therefore, Technician will say that the differential gear set allows for the difference is speed of each drive wheel when cornering.

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Answer:   Road Construction

Or:   Road construction requires the creation of an engineered continuous right-of-way or roadbed, overcoming geographic obstacles and having grades low enough to permit vehicle or foot travel, and may be required to meet standards set by law or official guidelines.

Answer:

1;true

2;true

3;no idea

4;true

5;true

6;false

7;yes

8; hospital

9;no idea for now

10;no idea

Note that the 300 word project charter is given as follows.

Project Charter: Improving the Recycling Program and Lunch Options in Our School

Executive Summary: Our school community needs an updated recycling program and healthier lunch options. Currently, the recycling program is outdated and difficult to use, and the cafeteria menu lacks healthy options. This project aims to address these issues by creating a more efficient and effective recycling program and providing healthier lunch options.

Project Overview: This project will involve updating the school's recycling program and menu options in the cafeteria. The goal is to create a more sustainable and healthier environment for the school community. The project will be completed in four stages: planning, implementation, monitoring, and evaluation.

Objectives:

• To increase the rate of recycling in the school by 50% within the next academic year

• To introduce at least two healthy meal options in the cafeteria per week

• To reduce the amount of waste generated by the cafeteria by 30% within the next academic year

Project Team:

• Project Manager: [Name]

• Recycling Coordinator: [Name]

• Cafeteria Manager: [Name]

• School Administrators: [Names]

• Student Representatives: [Names]

Requirements:

• Improved recycling bins and signage

• Purchase of compostable plates, utensils, and cups for the cafeteria

• Introduction of healthy menu options

• Staff training on how to manage recycling and composting programs

• Student education on recycling and composting

Constraints:

• Limited budget for the project

• Limited space in the cafeteria for new menu options

Assumptions:

• The school community is supportive of improving the recycling program and lunch options

• The necessary funding will be provided by the school

Deliverables:

• Improved recycling program and increased rate of recycling

• Healthier menu options in the cafeteria

• Reduced waste generated by the cafeteria

Schedule:

• Planning Stage: 2 weeks

• Implementation Stage: 3 months

• Monitoring Stage: Ongoing

• Evaluation Stage: 1 month

Budget:

• Recycling bins and signage: $500

• Compostable plates, utensils, and cups: $800

• Staff training: $300

• Marketing and education materials: $200

Authorization: This project is authorized by [Name of Principal]. The project team will be responsible for ensuring the project is completed within the allotted time and budget. Regular progress reports will be provided to the school administration and student representatives.

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Answer:

Cost Effectiveness

Advanced framing is less expensive than conventional framing because it is more resource efficient than conventional framing. By optimizing framing material use, the builder can cut floor and wall framing material costs by up to 30 percent while reducing framing installation labor.

It should benotedtha for 100, repeat distance =ao=0.35167 nm

linear density=1/ao=2.84 points/nm

linear packing fraction =(2)(0.1243)(2.84) =0.707

For 110

repeat distance = 2*ao/2 = 0.2487 nm

linear density = 2 /( sqrt{2} * ao ) = 4.021 points/nm

linear packing fraction = (2)(0.1243)(4.02) =1.0

For 111,

repeat distance =(sqrt{3} * ao) = 0.6091 nm

linear density = 1 / (sqrt{3} * ao ) = 1.642 points/nm

linear packing fraction = (2)(0.1243)(1.642) =0.408

"Repeat distance" refers to the distance between repeated units in a crystal lattice. This can be measured along any of the lattice vectors that define the periodicity of the crystal. For example, in a simple cubic crystal, the repeat distance along any of the three lattice vectors would be equal to the length of that vector.

"Linear density" refers to the number of atoms or ions per unit length along a specific crystallographic direction. It is usually expressed in units of atoms/angstrom or ions/angstrom. To calculate the linear density, one would count the number of atoms or ions along a given direction and divide by the length of that direction.

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