What is the SSD of a driver/vehicle traveling at 40 mph along a 5% uphill? Assume general braking Select one: O a. 282 ft. O b. 163 ft. O c. 505 ft. O d. 326 ft.
Q: 8. A 100 mL water sample contains 60 mg/L calcium and 15 mg/L magnesium. What is the total hardness…
A:
Q: QUESTION 4 Two sides of a rectangle are measured and found to be 219.42 ft ± 0.03 ft and 466.05 ft ±…
A:
Q: A proposed office building will include a 10 ft x10 ft square, 3 ft deep (the footing height is also…
A: To calculate the maximum bending moment from an earthquake that this foundation can support, you…
Q: V. The hardest part about considering block shear is identifying what the possible failure modes are…
A: Given three figures of failure mode of section subjected to tension and it is asked to choose a…
Q: An angle ∠150 x 100 x 12 is used as a tension member. It is connected by three 22 mm ø bolts. Prop.…
A: Given data : An angle 150 x 100 x 12 3 bolts of 22 mm Value of A, Fy and Fu Reference : Structural…
Q: A 3 m thick clay layer is subjected to an initial uniform pore pressure of 145 kPa as shown in the…
A: Given - Thickness,H = 3 m = 3000 mm Pressure, = 145 kPa Cv =3.0 mm2/min Tv =0.85 To find - The time…
Q: Neglecting friction and the weights of the members, compute the magnitudes of the pin reactions at A…
A:
Q: If the settling velocity of a particle is 2.80 mm/s and the overflow rate of an upflow clarifier is…
A:
Q: For the given framing plan. Assume all the column will act as pin/roller support to the beams and…
A:
Q: Soil Mechanics and Foundation Engineering A tracer takes 100 days to travel from Well-1 to Well-2…
A: Given data- Time t=100 days, Distance between wells d=100 m, Elevation h=3 m, Porosity n=15%, To…
Q: As shown in the diagram, brine of specific gravity draining from the bot through a 100 mm pipe, the…
A:
Q: Considering general shear failure , compute the gross allowable load of a rectangular footing 6m…
A:
Q: Draw the shear and moment diagrams. Compute the Shear Stress and the Flexural Stress of the Beam. 10…
A:
Q: Question-6b, A leaf spring is required to have a span of 2.0 m. Determine the required thickness (in…
A: Given data- A leaf spring- Span =2 m=2000 mm, Maximum stress should not exceed 120 MPa, Maximum…
Q: a) The following data are available in a density-void analysis for Marshall method of mix design.…
A:
Q: 3.15 The bars AB and BC of the structure are each of length L and weigh W and 2W, respectively. Find…
A:
Q: 1-10. Resolve the 170-1b force of Fig. Pl-10 into two components, one along A8 and the other paral-…
A: Slope of 170-lb force, θ1=tan-1(818) =28.07° Slope of AB, θ2=tan-1(34) =36.87° Slope of CD,…
Q: The fore bearing of line AB is 209º. The included angle ABC is 341°. The FB of line BC is: 1. 550°…
A:
Q: Considering general shear failure , compute the gross allowable load of a rectangular footing 6m…
A: Given Data General Shear Failure Length of footing (L) = 6m Width of footing (B) = 1.25 m Factor…
Q: . For the given beam section below, find the design moment (Mn). Use f. = 4 ksi, fy = 60 ksi 2″ I 2"…
A:
Q: Pollution potential of domestic sewage generated in a town and its industrial sewage can be compared…
A: Given. Pollution potential of domestic sewage generated in a town.Industrail sewage can be compared…
Q: 1. Determine the support reactions at A and B. 5 kN 4 m 45° 2m 10 kN 2 m- 4 m 600
A: Since, you have posted multiple questions; we will provide solution for only the first question as…
Q: Water flows at a steady velocity through a horizontal pipe with a changeable diameter. The water…
A: Given data- Flow in a horizontal pipe- Diameter of the pipe varies- water velocity V1=2 m/s,…
Q: True of false? The more ductile steel is, the greater will be its toughness
A:
Q: where did you get the values of tp=17.27 & do=24 ??
A: Given question, How to get values of tp and do = ?
Q: The solid shaft shown is made of a mild steel that is assumed to be elastoplastic with Ty= 145 MPa.…
A:
Q: Determine forces in members CD, CJ, NJ, and NO of the truss with dimensions and loading as shown in…
A: The truss is shown in the above figure. We have to find out member forces in CD, CJ, NJ, NO by…
Q: 8 100 400 i A square footing (13 x 13) has to be constructed 1.23 m below the ground surface. Assume…
A:
Q: Where can I find Gross area of welded plate 1.5X5X5/8 in AISC steel manual, 15th edition?
A: Gross Area : It is the total cross sectional area of the member without deduction of holes in the…
Q: The 2-kg spool S fits loosely on the inclined rod for which the coefficient of static friction is μ…
A:
Q: BES.0) A single lane unidirectional highway has a design speed of 65 kmph. The…
A: Given - Design speed, V = 65 kmph Reaction time, t = 2.5 sec. Length of vehicle, L = 5 m…
Q: Question A 4-hour rainfall in a catchment of 250 km² produces rainfall depths of 6.2 cm and 5 cm in…
A: Given data- 4-hr rainfall,Catchment area A=250 km2,Rainfall depths = 6.2 cm & 5 cm in successive…
Q: 3. Determine the moment of the force F about point P. P X 2 m -3 m 0 3 m A 1 m F = {2i + 4j-6k) kN…
A: As per Bartleby's guidelines we are supposed to answer only first question. Kindly repost other…
Q: Q.3 Torsional Formula A circular shaft of diameter 300 mm and length 2.5 m is subjected to a torque,…
A: Given data- A circular shaft- Diameter D=300 mm, Length L=2.5 m, Angle of twist θ=0.025 radian, To…
Q: In theory, Prim's MST method might be used to a realistic weighted network.
A: Yes, that's correct! Prim's algorithm is a well-known method for finding the minimum spanning tree…
Q: Question During a 6-hour storm the rainfall intensity was 0.8 cm/hr on a catchment of area 8.6 km².…
A: Given Data: →Storm duration = 6 hours→Rainfall intensity, i =0.8cmhour→Runoff volume =256000m3→Area…
Q: Determine the slope of the channel bed, expressed in the unit of horizontal length to vertical…
A:
Q: Every step of the design process, from brainstorming to implementation, has to be communicated…
A: Here the question asked is what makes a process good and bad in the process of design from…
Q: A horizontal, frictionless channel of circular cross-section and diameter equal to 5 feet flows at a…
A: Note:- The given question is having multiple sub parts, as per the policy of Bartleby we are…
Q: The kinematic indeterminacy of the plane truss shown in the figure is
A: Given- A plane truss is given- It is needed to find the kinematic indeterminacy Dk.
Q: A watershed is 30% meadow (good condition) and 70% commercial and business areas (85% impervious).…
A: Given: 30%meadow, 70% commercial and business area 50% soil group C, 50% soil group D Required:…
Q: Assume that you are observing traffic in a single lane of a highway at a specific location. You…
A: Given data, Average headway or time headway (ha)= 3.2 seconds. Average spacing of vehicles (da) =…
Q: 1-51. Replace the 500-tb force of Fig. Pl-31 by. (a) a force through and a couple; (b) a force…
A:
Q: The following are the results from the liquid limit and plastic limit test for a sail Liquid limit =…
A: Liquid limit = WL =39.1% Plactic limit =WP =18.7% No of blows Moisture content 15 42 20…
Q: Problem 1: Compute the net area of each of the given members: (Calculate only An)
A: Given: Angle section: L 6×312×38 bolts, d = 3/4 in. Plate: PL 1 x 10 bolts, d = 7/8 in
Q: A 4m 3m raft is provided at a depth of 3 m below the ground surface in a purely cohesive soil such…
A: Given data:- A 4m×3m raft is provided at a depth of 3 m below the ground surface B = 3 m L = 4 m…
Q: A single vertical friction pile of diameter 500 mm and length 20 m is subjected to a vertical…
A: Given data- A single vertical friction pile- Diameter d=500 mm, Length L=20 m Angle of internal…
Q: Problem 3.2 - Determine the moment about corner A due to the given 4-lb force a) by using the direct…
A: Moment about corner A
Q: What will be the relation between E and K Where, E= Young's modulus and K= bulk modulus when…
A: Given Data :→Poissons Ratio μ =0.30To determine :Relationship between Young's ModulusE Bulk Modulus…
Q: A flocculation tank contains 1800 m³ of water, which is mixed using paddles at an average velocity…
A: Given- Volume of water = 1800 m3 G=100/s Dynamic viscosity- μ=0.798×10-3 N-s/m2 It is needed to find…
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
how do you find SSD? how is SSD 1.47?how do you determine breaking conditions? How is it 2.5?
- (TRAFFIC AND HIGHWAY ENGINEERING) A tall building is located 13.5 m from the centerline of the right lane of a local road and 19.5 m from the centerline of the right lane of an intersecting road in figure below. If the maximum speed limit on the intersecting road is 56 km/h, what should the speed limit on the local road be such that the minimum sight distance is provided to allow the drivers of approaching vehicles to avoid imminent collision by adjusting their speeds? Approach grades are 2 percent.An existing vertical curve on a highway joins a +3.0% grade with a -3.0% grade. If the length of the curve is 250 ft, what is the maximum safe speed on this curve? What speed should be posted if 5 mph increments are used? Assume a = 11.2 ft/sec2, perception-reaction time t = 2.5 sec, and that S>L. Use g = 32.2 ft/sec2a truck was travelling uphill at 50kph. the brakes are suddenly applied and the truck stopped in a distance of 16.1m. if the coefficient of friction between the tires and the road surface is 0.4, what is the grade of the road?
- A driver (with a reaction time 0.60 sec) is driving down hill on a 5% grade at 60 km /hr .find minimum stopping sight distance required on highway section ?assume coefficient of friction =0.7 locked wheels?What is the safe maximum speed without tipping or skidding for a 13,200 N automobile running around a flat curve of 80 m radius? Its center of gravity is 0.60 m above the road surface and the wheel tread is 1.5 m, and f = 0.50.A car is entering a curve of radius 190m with a velocity of 165kph. Determine the angle of banking of the track to prevent the 1435kg car from sliding down the track. The coefficient of friction between the tires and the track is 0.30. Show complete solution and draw FBD.
- A student trying to test the braking ability of her car determined that she needed 18.5 ft more to stop her car when driving downhill on a road segment of 5% grade than when driving downhill at the same speed along another segment of 3%. Determine the speed at which the student conducted her test in kph. Use f= 0.25 Hint = 5280 ft.What should be the maximum speed (mph) of a car traveling on a leveled (zero grade) road surface if the available stopping sight distance is 400 ft? Assume 1.5 s of reaction time and braking friction coefficient of 0.35.Determine the ideal velocity of a car that could pass round a 5° curve if the impact factor is 0.14. Neglect friction. a. 48.51 kphb. 35.62 kphc. 63.87 kphd. 86.51 kph
- 4. A car is traveling downhill on a suburban road with a grade of 4% at a speed of 35 mph. Determine the required stopping sight distance.Determine the vehicles speed if the skid mark =77feet and f=.7Compute the required length of the safe stopping sight distance in a two-way traffic in a two-lane road If the design speed is 60kph. perception-reaction time of the driver is 2.6sec and the coefficient of friction between tires and pavement is 0.40. Assume the slope of roadway to be horizontal.