S
  1. study help
  2. subject categories
  3. engineering
  4. civil engineering
  5. february 2020
  6. 12

Civil Engineering Questions and Answers February 12, 2020

Expert-verified solutions to help you succeed

@ Explain the phenomenon of quantum entanglement and its significance for the principles of locality and realism in quantum mechanics.

Draw the shear and moment diagram of a cantilever beam having a total length of 1 0 meters. It is loaded with a varying distributed load having a magnitude of 1 0 kN / m and 3 kN / m from the left side of the beam until 7 m from the fixed support, respectively. A concentrated load and point moment of 1 0 kN and 1 0 kN . m respectively is located

Example during the lecture: A spill of a contaminant into an aquifer has occurred. The spill was short and over a small area. The total mass of the spill is 1 0 0 0 kg . After performing a pumping test you infer that the hydraulic conductivity of the aquifer is 5 0 0 m / d and you know the effective porosity is 0 . 3 . You know flow is from east

( 1 ) Three torques are applied to the hollow A - 3 6 steel shaft, which is tightly secured to the wall at A , as shown. If it has an outer diameter of 1 0 0 mm and an inner diameter of 6 0 mm , determine the absolute maximum shear stress developed in the shaft.

How does the 'cut and cover' method of tunnel construction differ from other methods? A ) It is the only method that allows tunnels to be used immediately after excavation B ) It involves excavating a large trench, constructing the tunnel within it , and then covering it back up , typically used in shallow urban environments C ) It is a method

Blocks A and B have a masses of 2 0 0 k g and 2 3 0 k g , respectively. ( Figure 2 ) The coefficient of static friction between A and B and between B and C is 0 . 2 9 0 . The coefficient of static friction between the rope and peg E is 0 . 5 5 0 . Pulley D rotates freely, and P = 2 6 . 0 N . If = 6 0 . 0 degrees, what is the smallest magnitude, T
Blocks A and B have a masses of 2 0 0 k g and 2 3

GIVEN: Cable system as shown. Mass hanging from C = 1 2 5 k g H 1 = 2 . 6 m H 2 = 5 . 0 m L 1 = L 2 = 3 . 8 m FIND: Tensions in cables AC and BC Horizontal force P required for equilibrium
GIVEN: Cable system as shown. Mass hanging from C

Problem 2 : a ) Find the balanced ratio of reinforcement for grade 8 0 steel ( assume f c ' = 4 ksi ) b ) Compare with grade 6 0 b a l , and if your answer was expected.
Problem 2 : a ) Find the balanced ratio of

( 1 5 points ) Find the resultant force and the center of pressure ( measured from the river bottom ) for the 8 5 foot wide ( measured perpendicular to the cross - section, i . e . , in an out of the paper ) sheet pile cofferdam illustrated in the section below. Assume the specific weight of seawater is 6 4 . 0 0 l b f t 3 . FBD ( 3 ) Resultant
( 1 5 points ) Find the resultant force and the

The acceleration of a particle as it moves along a straight line is given by a = ( 2 t - 1 ) m s 2 , where t is in seconds. If s = 2 m and v = 3 m s when t = 0 , determine the particle's velocity and position when t = 7 s . Also, determine the total distance the particle travels during this time period.
The acceleration of a particle as it moves along

6 8 5 9 "How does soil compaction impact foundation stability? Explain the significance of compaction in minimizing settlement and increasing bearing capacity. Discuss factors influencing optimal compaction, such as moisture content, compaction energy, and soil type. Analyze the consequences of inadequate compaction on structures and propose

Truss 2 ( F 1 = 5 0 k N , F 2 = 1 0 0 k N , F 3 = 1 0 k N , a = 1 ( m ) ) : 1 . Specify the support reactions through the corresponding static equilibrium equations ( only write the equations, do not solve them ) for each truss. Whenever member dimensions are not provided, feel free to annotate the corresponding scheme as you see fit. 2 . Provide
Truss 2 ( F 1 = 5 0 k N , F 2 = 1 0 0 k N , F 3 =

If the resultant force acting on the bracket shown in ( Figure 1 ) is to be 7 2 0 N directed along the positive x axis, determine the magnitude of F and its direction . Part A Determine the magnitude of F . Express your answer to three significant figures and include the appropriate units. F = Request Answer Part B Determine the direction of F .
If the resultant force acting on the bracket

Question 3 ( 3 0 points ) : Develop the LSM diagram for the following project and calculate the total project duration. The total length of pipe to be laid is 1 , 2 0 0 f t . The contractor would like to keep a 1 - day minimum buffer between crews. Please note that for some activities, the rate of progress changes halfway.
Question 3 ( 3 0 points ) : Develop the LSM

The figure below shows a retaining wall and the active soil wedge drawn to a scale of 1 c m : 1 m . The shear strength parameters for soil are c ' = 2 0 k N m 2 and ' = 3 5 . The unit weight of the soil is 1 8 k N m 3 . The angle of wall - soil friction is = 2 7 , and the wall - soil cohesion is c w = 5 k N m 2 . ( Neglect tension cracks ) ( a )
The figure below shows a retaining wall and the

Please come up with the solution process and answer
Please come up with the solution process and

A ) A gate rotates at point A and releases water when the water's depth, d , exceeds a certain value. ( Figure 1 ) The gate's width ( perpendicular to the image ) is b = 3 . 1 0 ft , the water's depth is d = 3 . 5 0 ft , and point A is located at h = 1 . 7 5 ft . What is F , the magnitude of the horizontal force exerted on the gate by the

What is the purpose of a diagonal brace in structural engineering? a ) To enhance aesthetics b ) To provide lateral stability c ) To resist axial loads d ) To connect two beams together

Highway design includes designing cross sections and alignments. Please answer the following questions: A crest vertical curve joining a + 2 . 5 percent and a - 2 . 5 percent grade is to be designed for 1 1 0 k m h . If the tangents intersect at station ( 1 + 2 5 0 ) at an elevation of 7 6 . 2 m . Determine the stations and elevations of the BVC
Highway design includes designing cross sections

Suppose that x = 3 3 0 and x y = 1 5 0 in ( Figure 1 ) . Part A Part D Determine average normal stress. Express your answer in pounds per squared inch to three significant figures. Specify the orientation of the principal stress. Take the positive direction of rotation counterclockwise. Express your answer in degrees to three significant figures.
Suppose that x = 3 3 0 and x y = 1 5 0 in (

: Compression Members A built - up section is used as a compression member, W 2 0 0 X 7 2 section is connected to C 2 2 5 X 3 0 as shown in the figure below. The effective lengths of the columns are K L x = 9 m , and K L y = 4 . 5 m . Determine the following: Use F y = 2 5 0 MPa. Show your solution and put your answer the table below, a . ASD
: Compression Members A built - up section is

What are the theoretical implications of implementing smart city technologies on the resilience of urban infrastructure, and how do these technologies theoretically alter the traditional paradigms of civil engineering design and maintenance practices?

The beam shown is fabricated from four boards ntogether and is transversely loaded. Determine the shear force each nail along the sides ( C ) and the top ( D ) must resist if the nails are uniformly spaced at s = 3 inches ( in ) . The nail spacing along the sides and top are equal. ( Remember: 1 kip = 1 0 0 0 l b , 1 f t = 1 2 i n ) Hint: the
The beam shown is fabricated from four boards

A 1 - D oedometer ( consolidation ) test data is given below. The consolidation pressure is selected as v ' = 1 0 0 kPa. Using the Casagrande's method and the data given below, plot "vertical compression ( d ) - log time ( t ) " graph, and find the coefficient of consolidation, c v , of this soil, at v ' = 1 0 0 kPa. In your plot, the y - axis
A 1 - D oedometer ( consolidation ) test data is

Table P 5 . 3 1 shows the grain size distribution for two aggregates and the specification limits for an asphalt concrete. Determine the blend proportion required to meet the specification and the gradations of the blend. On a semilog gradation graph, plot the gradations of aggregate A , aggregate B , the selected blend, and the specification
Table P 5 . 3 1 shows the grain size distribution

Consider the Warren truss in ( Figure 1 ) . All members have the same length. Figure 1 . Draw the influence line for the force in member GF 2 . Draw the influence line for the force in member FC 3 . Draw the influence line for the force in member DE
Consider the Warren truss in ( Figure 1 ) . All

Answer only when know..the answer 5 6 . What are the factors that affect the setting time of concrete?

Exercise 1 . Spatial Rainfall Variability Student ID: Results: You are given the measured data for each rainfall gauge in Table 1 . First, calculate the arithmetic mean: Show working. ADR = Work out the ADR based on the other two methods: Table 1 . Rainfall data for Thiessen polygon method ( complete polygon diagram overleaf ) . Table 2 . Rainfall
Exercise 1 . Spatial Rainfall Variability Student

7 . 1 2 8 through 7 . 1 3 1 For the given state of plane strain, use the method of Sec. 7 . 7 A to determine the state of plane strain associated with axes x ' and y ' rotated through the given angle . \ table [ [ , x , y , x y , Find problem 7 . 1 2 9 Answer 7 . 1 2 8 : x ' = - 6 5 3 ; y ' = 3 0 3 ; x ' y ' = - 8 2 9 . 7 . 1 2 9 : x ' = 1 1 5 . 0
7 . 1 2 8 through 7 . 1 3 1 For the given state

Applied Hydraulics # 3 . 7 . 7 . A 2 0 - year - old, cast - iron pipeline is 3 , 8 0 0 m long with a diameter of 4 0 c m . The original Hazen - Williams coefficient was 1 3 0 . A lot of tuberculation has occurred since it was installed. Flow tests are run to determine the existing C H W . A pressure drop of 2 3 2 kPa is measured over the
Applied Hydraulics # 3 . 7 . 7 . A 2 0 - year -

Dor the truss below Find the number of zero members Find forces in member CE ( do not forget to mention whether they are in T or C )
Dor the truss below Find the number of zero

Discuss the role of transportation engineering in the development of smart cities. How do advanced traffic management systems and intelligent transportation systems ( ITS ) contribute to urban mobility?

don't use AI otherswise I'll report to higher authority 2 8 9 . Explain the concept of energy dissipation in mid - rise buildings.

Question: Which method is commonly used in civil engineering to analyze and solve problems involving physical quantities with different units? A ) Parametric analysis B ) Structural analysis C ) Dimensional analysis D ) Topological analysis

A 2 5 0 mm pipe carrying water and having a length of 1 . 2 km has a friction coefficient off = 0 . 0 1 7 . If the discharge in the pipe is 1 0 litres per second, determine the head loss inthe pipe. Select ONE.Select one: A . 5 . 3 m . B . 1 7 . 4 m . C . 0 . 1 7 4 m D . 1 7 4 . 0 m . - E . 1 . 7 4 m . - F . 5 3 . 0 m .

The member is supported by a pin at A and cable B C . Suppose that r = 3 . 5 m and the cylinder has a mass of 3 5 k g . ( Figure 1 ) Figure 1 of 1 Part C Determine the components of moment of reaction at the support A . Express your answers using three significant figures separated by a comma. ( M A ) x , ( M A ) z = Express your answer to three
The member is supported by a pin at A and cable B

Question 2 ( Total 2 5 Marks ) Figure 2 shows a rigid bar ABCD supported by two vertical rods / bars B E and D F and hinged support at A as shown in Figure 2 . The rods are connected by hinged / pinned supports at B , E , D and F . Both rods are of length 7 m . There is a load P at C . Rods BE and DF both have a uniform rectangular cross - section
Question 2 ( Total 2 5 Marks ) Figure 2 shows a

Water flows in a 1 0 0 0 - m long pipeline of diameter 2 0 0 m m at a velocity of 5 m s . The pipeline is a new cast iron pipe with a relative roughness of 0 . 0 0 0 2 6 m . Determine the headloss in the pipeline. Use a kinematic viscosity of 1 . 0 0 1 0 - 6 m 2 s .
Water flows in a 1 0 0 0 - m long pipeline of

Challenging Problems 2 - 1 5 * The two forces shown in Fig. P 2 - 1 5 .
Challenging Problems 2 - 1 5 * The two forces

Question 1 1 If r = { 1 i + 2 j } m and F = { 1 0 i + 2 0 j + 3 0 k } N , then the moment of F about the z - axis is , N * m . 1 0 4 0 Answer None of the above. - 3 0 - 4 0
Question 1 1 If r = { 1 i + 2 j } m and F = { 1 0

Represent k g m m in the correct SI form. k g m m M g m k g m G g m k g m
Represent k g m m in the correct SI form. k g m m

2 5 9 . Explain the concept of hydrogen - boron fusion.

1 acres is 4 3 5 6 0 ft 2 . Calculated runoff volume as ft 3 ?

What methods are commonly used in geotechnical engineering to assess and mitigate the risk of soil liquefaction in liquefiable soils during earthquakes? A ) Ground improvement techniques such as compaction grouting and dynamic compaction B ) Soil reinforcement methods like installing geosynthetic materials or soil nails C ) Seismic retrofitting of

What is the difference between Plastic Shrinkage and Drying Shrinkage?

1 - Explain the concept of sustainability in infrastructure development and its implications for civil engineering projects.

I ' m requesting fair answer 5 3 1 . How do combined operations influence the allocation of construction budgets?

. What are the potential impacts of climate change on the theoretical frameworks used in the design and analysis of infrastructure in civil engineering?

What are the key principles of structural stability in tall buildings, especially under wind loads?

Using Ai leads to multiple downvote 1 1 1 1 . What methods are used to manage the logistics of hazardous materials in combined operations?

True or False: In reinforced concrete structures, steel reinforcement is primarily used to resist compressive forces and provide tensile strength to the concrete. True or False: Prestressed concrete is a type of concrete in which internal stresses are introduced in a controlled manner before subjecting it to external loads, improving its strength

Determine the components needed to complete the fire sprinkler system shown in Figure 1 2 - 6 . The drops range from 2 to 3 feet in length.
Determine the components needed to complete the

How to calculate the removal efficiency of two air pollution control devices in parallel?

Q 1 . A sample of dry, coarse - grained soil of mass 5 0 0 g was shaken through a nest of sieves, and the following results were obtained:

In civil engineering, foundational theories underpin the discipline's practices. These encompass structural mechanics, soil mechanics, fluid mechanics, and materials science. Structural mechanics addresses how structures withstand loads and forces. Soil mechanics delves into the behavior of soil under different conditions, crucial for foundation

please hightlight the words &answer fastly please 6 8 4 . How can architectural design integrate renewable energy sources and energy - efficient technologies to achieve net - zero energy consumption in commercial buildings?

2 1 . . Explain the principles and applications of structural fire engineering in the design of buildings, focusing on ensuring safety and compliance with fire codes and standards. \ \ \

the cross section above is used for a simply supported beam with an effectiove span of 5 . 5 m

Consider a very long homogeneous highway ( one direction, two lanes ) . On the first lane, cars drive with a speed of 1 0 0 km / h , and the distance between the front of one car and the front of the following car is always 0 . 1 km; on the second lane, cars have a flow of 4 0 0 veh / h , and the density ( considering only this one lane ) is 5 veh

Q 4 Compute the settlement of the Continuous footing in Figure below. The allowable settlement is 1 . 0 inch.
Q 4 Compute the settlement of the Continuous

Hartford Civic Center Roof Collapse The roof of the Hartford Civic Center located in Hartford, Connecticut collapsed in the early morning of January 1 8 , 1 9 7 8 after the area experienced the largest snowfall in the history of the five - year "old" structure. Fortunately, no one was injured in the collapse. However, the center had been filled
Hartford Civic Center Roof Collapse The roof of

Show that dilatancy, duy / dux , may be defined as , t o = pook ? - d u y d u x
Show that dilatancy, duy / dux , may be defined

the uniform rectangular relief gate AB shown in Figure 1 has a weight of 8 0 0 pounds and a width of 6 feet. Please solve both problems B and C thankyou. The Part B Determine the x - component of reaction exerted on the gate by the pin B . Express your answer using three significant figures. X Incorrect; Try Again; 4 attempts remaining Part C
the uniform rectangular relief gate AB shown in

A concrete ( n = 0 . 0 1 3 ) triangular channel, laid at a longitudinal slope of 0 . 0 0 0 9 mlm , hasthe side slopes of 2 H: 1 V . If the uniform flow rate through the channel is 0 . 5 ms , determine whether the flow in the channel is sub - critical, critical or super - critical?Justify your answer using appropriate hydraulics principles.

The yearly precipitation in a 2 6 , 0 0 0 m 2 watershed is 1 3 2 cm . The average rate of evapotranspiration is given as 5 3 cm / yr . Typical infiltration through the watershed is 1 9 cm / yr . Reservoirs within the watershed store 2 , 6 0 0 m 3 of water each year. ( a ) Determine the yearly runoff to the river exiting the watershed in m 3 /
The yearly precipitation in a 2 6 , 0 0 0 m 2

A sample of saturated clay has a total weight of 1 8 . 4 0 N and dry weight off 1 3 . 5 7 N . The specific gravity of the soil particles is 2 . 7 . The total unit weight of this soil is most nearly
A sample of saturated clay has a total weight of

STEEL STRUCTURE Single Choice ( 2 points each, 2 0 points totally ) ( 1 ) Which is the plasticity index for the structural steel? ( A ) Yield point; ( B ) Notch toughness; ( C ) Weldability; ( D ) Elongation. ( 2 ) For structural carbon steels, the quality grade of the same type of steel is defined by ( A ) Yield point; ( B ) Notch toughness; ( C
STEEL STRUCTURE Single Choice ( 2 points each, 2

A channel cross section, commonly called a gutter, forms at the side of a street next to a curb during rainfall conditions. The slope along the roadway is S 0 = 0 . 0 0 0 5 , and the Manning roughness coefficient is n = 0 . 0 1 5 . Determine the discharge if the depth of flow is y 0 = 1 2 c m . a ) 1 3 . 3 2 l t s b ) 1 8 . 2 6 l t s c ) 1 0 . 4 2
A channel cross section, commonly called a

A constant - head permesmeter has a cross - sectional area of 1 2 7 c m 2 . The sample is 3 4 cm long. At a head of 1 5 cm , the permeameter discharges 5 0 c m ' in 3 3 4 s ha 5 5 cm A ) What is the hydraulic conductivity in c m s and f d ? ( Eqn 3 - 2 3 ) : ] B ) What is the intrinsic permeability if the Hydraulic Conductivity was measured at 2 0
A constant - head permesmeter has a cross -

Q 7 ) The daily water levels ( normalized to the respective full condition ) of two reservoirs A and B are denoted by two random variables x and Y having the following joint PDF: f ( x , y ) = ( x 2 + y ) , 0 ( a ) Determine the marginal density function o f the daily water level for reservoir A . ( b ) I f reservoir A i s half full o n a given
Q 7 ) The daily water levels ( normalized to the

Select the successful bidder based on "the points' system." \ table [ [ # , LIGHTING WORK ITEMS,ELECTRICAL COST ( SUBCONTRACTORS ) , $ / LS , ] , [ , , \ table [ [ SUBCON . ] , [ ( 1 ) ] ] , \ table [ [ SUBCON . ] , [ ( 2 ) ] ] , \ table [ [ SUBCON . ] , [ ( 3 ) ] ] , \ table [ [ SUBCON . ] , [ ( 4 ) ] ] , \ table [ [ SUBCON . ] , [ ( 5 ) ] ] , \
Select the successful bidder based on "the

al ma Sorusu : Bernoulli Denklemi. Ideal ak skan ( su ) i in ekildeki biriktirme hacmi ok b y k olan hazne sisteminde, a ) ABCDEF k borusunun ap D = 2 0 c m oldu una g re borudan ge en debiyi, b ) ABCDEF k borusundaki h z , h z y ksekli i , r latif bas n ve bas n y ksekliklerini hesaplay n z . c ) Sistemin r latif enerji ve piyezometre izgilerini
al ma Sorusu : Bernoulli Denklemi. Ideal ak skan

Use stress transformation equations to determine the resultant state of stress and { : x y ) of the two states of stress at a point on a structural member shown on the left in figure below.
Use stress transformation equations to determine

In ( Figure 1 ) , w = 4 0 0 N / m . Follow the sign convention. Figure 1 of 1 A frame ' A ' C B consists of an inclined beam and L shaped beam pinned together at C . The L shaped beam C B extends 1 meter vertically upward from end B to a joint and then extends horizontally leftward to pin C . The inclined beam ' A ' C extends leftward and downward
In ( Figure 1 ) , w = 4 0 0 N / m . Follow the

A base line was measured with a steel tape, which was exactly 3 0 m at 2 0 C , and a pull of 6 k g . The measured length was 4 5 9 . 2 4 2 m . Temperature during measurement was 3 0 C and the pull applied was 1 0 k g . The tape was uniformly supported during the measurement. Find the true length of the line , if the cross sectional area of the
A base line was measured with a steel tape, which

4 - 2 9 . Draw the shear and moment diagrams for the beam. Prob. 4 - 2 9
4 - 2 9 . Draw the shear and moment diagrams for

b ) A foundation 3 m 4 m , transferring a pressure of 2 0 0 k N m 2 , is located at a depth of 1 . 5 m in a layer of sand 6 m thick for which the modulus of elasticity, E s is 3 0 0 0 0 k N m 2 and Poisson's ratio, s = 0 . 3 . A water table is located 2 . 0 m below the base of the foundation. The dry unit weight of sand above the water table, = 1
b ) A foundation 3 m 4 m , transferring a

The side of the building in fig ( a ) is subjected to a wind loading that creates a uniform normal pressure of 1 5 kPa on the windward side and suction pressure of 5 kPa on the leeward side. Determine the horizontal and vertical components of reaction at the pin connections A , B and C of ( a ) the supporting gable arch
The side of the building in fig ( a ) is

using force method, Analyze the frame shown below to find the needed reactions, if A is fixed g Dis roller support Solve this question step by step
using force method, Analyze the frame shown below

What are the key concepts in the theory of prestressed concrete and its applications in civil engineering? 4 6 ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ?

Calculate the number of steps in each flight of the dog - legged staircase using the following data: The difference between the finished floor levels of the two storeys is 1 2 ft The rise of each step is 6 inches The tread of each step is 1 0 inches A flight of stairs must not exceed 1 2 steps. Use slab thickness as 6 inches where required Each
Calculate the number of steps in each flight of

I need solution for 1 1 A beam with a span of 2 1 ft is simply supported at the left - hand end and fixed at the right - hand end. It carries a uniform load of 1 0 0 0 plf , which includes its own weight, over its entire span and a concentrated load of 1 2 , 0 0 0 l b located 7 ft from the left - hand end. Determine the bending mo - ment at the
I need solution for 1 1 A beam with a span of 2 1

3 Save & Exit Submit Check my work If P 1 = 5 l b , P 2 = 5 l b , P 3 = 1 0 l b , and d C = 3 m , determine the reaction at E and the distances d B and d D . ( Round the final answer to two decimal places. ) 1 0 points eBook References Print Hint Reaction at E is q , k N Distance d B is m and d D is m .
3 Save & Exit Submit Check my work If P 1 = 5 l b

PROBLEMS: ANSWER # 2 The following problems are designed to assess your comprehension of the material conveyed above. Show all of your math / steps and solve the problems in the space provided below. All solutions shall be highlighted by placing them in a box ( e . g . AND production rates must be expressed using four ( 4 ) decimal places. Convert
PROBLEMS: ANSWER # 2 The following problems are

a ) Calculate the shear forces and and draw the shear force diagram, for the beam shown in the figure. The bending moments for the frame is shown in the figure.
a ) Calculate the shear forces and and draw the

Question 8 Permeability is defined as: movement of water through soil moisture content increase over time strength increase due to aging None of the above
Question 8 Permeability is defined as: movement

Explain the concept of bearing capacity in geotechnical engineering. How is bearing capacity determined, and what factors affect it ?

Explain the role of dielectric materials in capacitor design, focusing on how different dielectric properties influence capacitance, voltage rating, and energy storage capability.

E . Given the Dam below. Answer 1 7 - 2 2 8 m ( 1 4 ) Calculate Ry in K N ( 1 5 ) Calculate R x in K N ( 1 6 ) Calculate Factor of safety against sliding if coefficient is 0 . 5 Ans. 2 ( 1 7 ) Calculate RM in K N - m ( 1 8 ) Calculate OM in K N - m ( 1 9 ) Calculate factor of safety against overturning ( 2 0 ) Distance of Ry from the Toe ( 2 1 )
E . Given the Dam below. Answer 1 7 - 2 2 8 m ( 1

For the following beam, calculate t and M n . Use f c ' = 3 0 0 0 psi and f y = 6 0 0 0 0 psi. Assume non - spiral transverse reinforcement.
For the following beam, calculate t and M n . Use

design for a 8 x 8 meter roof

Road maintenance DPR

Example: Draw shear force and bending moment diagrams for the bekon belo Vertical force ouly
Example: Draw shear force and bending moment

A soil volume of 3 m 3 is completely saturated and has a total density of 2 . 3 5 g c m 3 . The measured water content is 1 3 . 3 3 % . What is the mass of the soil solids in this volume in units of kilograms?
A soil volume of 3 m 3 is completely saturated

answer purely on human knowledge otherwise gives dislike 3 4 4 . How does architectural design accommodate the evolving needs of digital nomads in commercial coworking spaces?

For occupancy " E " , fire - resistance rating without sprinklers must be:

A T - beam has the following properties: bf = 8 2 0 mm , bw = 2 5 0 mm , d = 4 7 0 mm , t = 1 0 0 mm . Concrete compressive strength fc ' = 2 0 . 7 MPa and steel yield strength fy = 4 1 4 MPa. Determine the REQUIRED TENSION AREA for the following load conditions using NSCP 2 0 1 5 : 1 . ) Md = 1 5 0 kNm and ML = 1 2 0 kNm A . 2 2 8 3 . 4 0 7 B . 2

Note that there is a rigid connection at B and an internal hinge at C . FIND V , M diagrams and deflected shape. SOLUTION Analyze Frame B by hand. Show that the frame is statically determinate and stable. Draw the exploded FBD .
Note that there is a rigid connection at B and an

Tie Beam For the house roof and dormer roof, Pitch - Perfect decides to use a king - post truss configuration ( see figure above ) . Using the angles from Q 1 , we now need to calculate the lengths of each of the components: a . the rise of the roof ( the king - post length ) . b . the length of the rafter. c . the length of the strut. Calculate
Tie Beam For the house roof and dormer roof,

Find internal shear and internal moments at points B and C along the beam. Find internal shear and internal moments at points B , C , and D along the beam.
Find internal shear and internal moments at

Showing 500 - 600 of 1505
  • 6 / 16