Question

A tilted photograph is obtained with a camera with a focal length equal to 6in (152.4mm)...

A tilted photograph is obtained with a camera with a focal length equal to 6in (152.4mm) from a flight height above the Datum equal to 8,200ft. The tilt angle is 2˚30 ’and the swing angle is 218˚. Point A has an elevation above the datum equal to 1,435ft and point B has an elevation above the datum equal to 1,587ft. The photo coordinates in A are as follows are in x equal to -2.85in and in y equal to 3.43in. The photo coordinates in B are as follows are in x equal to 3.89in and in y equal to -1.78in. Calculate the Earth coordinates of points A and B and the Earth length AB.

Engineering   Civil-Engineering   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A photograph was taken from an altitude of 1700.0 m. above datum. If the average elevation...
A photograph was taken from an altitude of 1700.0 m. above datum. If the average elevation of the project area is 250.0 m above datum, and the focal length of the camera is 208.90 mm., What is the ground coverage if the format of the photograph is 23.0 cm x 23.0 cm? If the percentage end lap is 65%, what is the ground area (in sq. meters) of the end lap? What was the air base? If the aircraft flew...
A photograph was taken from an altitude of 1700.0 m. above datum. If the average elevation...
A photograph was taken from an altitude of 1700.0 m. above datum. If the average elevation of the project area is 250.0 m above datum, and the focal length of the camera is 208.90 mm., What is the ground coverage if the format of the photograph is 23.0 cm x 23.0 cm? If the percentage end lap is 65%, what is the ground area (in sq. meters) of the end lap? What was the air base? If the aircraft flew...
1). Object height estimation from a single vertical aerial photograph The relief displacement of the top...
1). Object height estimation from a single vertical aerial photograph The relief displacement of the top of a tower is 5 mm and the distance from the displaced point to the principal point of the photo is 130 mm. a)     knowing that the focal length of the camera used is 150 mm and the scale of the photograph is 1:12 000, calculate the height of the tower. b)     based on the calculated actual height of the tower in a), if...
In order for a film camera with a fixed focal length F to focus on anobject...
In order for a film camera with a fixed focal length F to focus on anobject located a distance x from the lens, the lens must be a distance yfrom the film. F, y, and x are related as follows: Now suppose a camera has a lens with focal length F = 65. Explain what happens to the distance between the lens and the film as the object moves far away from the lens. When an object far away (x...
In order for a film camera with a fixed focal length F to focus on anobject...
In order for a film camera with a fixed focal length F to focus on anobject located a distance x from the lens, the lens must be a distance yfrom the film. F, y, and x are related as follows: Now suppose a camera has a lens with focal length F = 65. Explain what happens to the distance between the lens and the film as the object moves far away from the lens. When an object far away (x...
6.) A light ray traveling in air, n = 1.0, is incident (angle of incidence =...
6.) A light ray traveling in air, n = 1.0, is incident (angle of incidence = 45 o ) upon a boundary with another medium, n = 1.2, therefore, the light ray transmitted into the second medium is refracted as follows;    a.) transmission angle is less than 45 o    b.) transmission angle is equal to 45 o    c.) transmission angle is greater than 45 o    d.) transmission angle is unknowable Answer__________ 7.) A light beam passes...
12. Through what angle in degrees does a 31 rpm record turn in 0.27 s 13....
12. Through what angle in degrees does a 31 rpm record turn in 0.27 s 13. Starting from rest, the same torque is applied to a solid sphere and a hollow sphere. Both spheres have the same size and mass, and both are rotating about their centers. After some time has elapsed, which sphere will be rotating faster? answer choices: a. hollow sphere b. They will be rotating equally fast c. solid sphere 14. In movies, it often happens that...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT