Question

A horizontal circular curve (no spirals) has a deflection angle of 35° 35’ 13” at a...

A horizontal circular curve (no spirals) has a deflection angle of 35° 35’ 13” at a PI station of 85 + 48.53, and a degree of curve of 5° 18’ 53”. Find the direction and distance from the PC to the first two station stake on the curve [not counting the PC as one of the 2].

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A horizontal circular curve (no spirals) has a deflection angle of 35° 35’ 13” at a...
A horizontal circular curve (no spirals) has a deflection angle of 35° 35’ 13” at a PI station of 85 + 48.53, and a degree of curve of 5° 18’ 53”. Find the direction and distance from the PC to the first two station stake on the curve [not counting the PC as one of the 2].
A horizontal circular curve (no spirals) has a deflection angle of 35° 35’ 13” at a...
A horizontal circular curve (no spirals) has a deflection angle of 35° 35’ 13” at a PI station of 85 + 48.53, and a degree of curve of 5° 18’ 53”. Find the direction and distance from the PC to the first two station stake on the curve [not counting the PC as one of the 2].
a horizontal curve has a tangent length of 500 ft is to be designed with deflection...
a horizontal curve has a tangent length of 500 ft is to be designed with deflection angle 90 the point of the beginning of the curve pc station is 100 determine the radius of the curve R determine the length of the curve L determine the station of the end of the curve point PT
Horizontal Curve Given: Radius (R) = 851.88' Degree of Curve (Da°) = 06°-43'-33" PC Station =...
Horizontal Curve Given: Radius (R) = 851.88' Degree of Curve (Da°) = 06°-43'-33" PC Station = 05 + 16.73 Deflection angle to Station 10 + 75 = ? Question 9 options: 18°-48'-18" 18°-46'-27" 18°-45'-12" 18°-41'-54"
A horizontal curve with a 300 intersecting angle on a two-lane highway with 12-ft has a...
A horizontal curve with a 300 intersecting angle on a two-lane highway with 12-ft has a 60 mph design speed. The radius for the horizontal curve has been set to 1,250 ft. The PI is located at station 85 + 29.14 and the normal crown on the tangent is 2%. Determine: a) Tangent to Spiral (TS) station, b) Spiral to Curve (SC) station, c) Curve to Spiral (CS) station, and d) Spiral to Tangent (ST) station.
A horizontal curve with a 300 intersecting angle on a two-lane highway with 12-ft has a...
A horizontal curve with a 300 intersecting angle on a two-lane highway with 12-ft has a 60 mph design speed. The radius for the horizontal curve has been set to 1,250 ft. The PI is located at station 85 + 29.14 and the normal crown on the tangent is 2%. Determine: a) Tangent to Spiral (TS) station, b) Spiral to Curve (SC) station, c) Curve to Spiral (CS) station, and d) Spiral to Tangent (ST) station.
A horizontal curve on a three-lane highway with 12-ft lanes has a PC located at station...
A horizontal curve on a three-lane highway with 12-ft lanes has a PC located at station 10+00 and PT at station 13+70. The central angle is 25 degrees, the superelevation is 4%, and 40 ft of clearance is available between an obstruction and the centerline. Determine the maximum safe design speed to the nearest 5 mph.
A section of a roadway has a horizontal curve with superelevation of 6% and central angle...
A section of a roadway has a horizontal curve with superelevation of 6% and central angle of 40o. The design speed of the section is 60 mph. There are two lanes on the curve, each 12 ft wide. Determine: (a) The degree of the curve. (b) The length of the curve. (c) The minimum distance of an obstruction from the centerline of the innermost lane.
1. Use a calulator to find a decimal approximation for each value. sec(-216 degrees 13')= (round...
1. Use a calulator to find a decimal approximation for each value. sec(-216 degrees 13')= (round to seven decimal places) 2. A space vechile is orbiting Earth in a circular orbit. What radian measure corresponds to (a) 2.5 orbits? (b) 5/4 orbits? (a) the radian measure corresponding to 2.5 orbits is ___. (Type an axact answer in terms of pi. Type an interger or a simplified fraction) b) the radian measure corresponding to 5/4 orbits is ___. (Type an exact...
Anyone who has been outdoors on a summer evening has probably heard crickets. Did you know...
Anyone who has been outdoors on a summer evening has probably heard crickets. Did you know that it is possible to use the cricket as a thermometer? Crickets tend to chirp more frequently as temperatures increase. This phenomenon was studied in detail by George W. Pierce, a physics professor at Harvard. In the following data, x is a random variable representing chirps per second and y is a random variable representing temperature (°F). x 20.2 15.0 20.7 18.3 17.3 15.5...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT