Hyperspectral remote sensing deals with over 50 bands of specific sources? Select one: O True O False
Q: How many total pseudo range observations will be observed using a 1-sec epoch rate for a total of 3…
A: Determine the total pseudo-ranges observations using the relation; P.O=tT×NE.RHere, E.R is the epch…
Q: the angular accelera A to travel 64 ft from moves 100 ft? t = 4 sec; %3D
A:
Q: langulation): Two stations B and C were observed from a theodolite set up at station A and following…
A:
Q: Remotely sensed images from the Landsat mission have been purchased for your outfit. How will you…
A: Remotely sensed images are high-quality images taken from the satellite. These pictures are used in…
Q: The width of a river being observed is 82 m. Assuming the transit being used has an external…
A:
Q: 9. What technology does a total station use to measure distance? Include why D=vt is not a practical…
A: Total station measures the distance with the use of half of the time taken by waves of known speed…
Q: How much error in horizontal position occurs if the GNSS antenna is mounted on a 2.000-m pole that…
A: Given: The height of the pole is 2 m. The angle of out of level is 10 min.
Q: 5. For several measurements of a required distance, the most probable value is (546.75+y)m. If…
A: Given data: Most probable value= (546.75+y)probable error pf mean value (Em)=±0.15
Q: Explain briefly how ground waves are propagated? Why can’t this mode be used for long distance using…
A: The radio wave which travel along the surface of earth is called ground wave. The ground wave is…
Q: 2: A ship is 200 m long. What is the range delay extent seen by a radar?
A:
Q: What “actual” wavelength results from transmitting electromagnetic energy through an atmosphere…
A: Given: The index of refraction is 1.0043. The frequency is 14.989 MHz.
Q: Discuss about the working principle of geodimeter in total station
A: Total station: It is an optical electronic instrument used in surveying and also in building…
Q: A 10 m 10 kN/m B Problem 2 a. Location of Amax from A b. Amax
A: Question is solved with double integration method. Since each method mentioned is different and…
Q: What are ultrahigh-frequency (UHF) antennas?
A: Frequency ranging from 300 MHz (Megahertz) to 3 GHz (Gigahertz) is the Ultra high frequencies (UHF)…
Q: ng AZIMUTH computations, for this
A:
Q: Explain about the Delft (Dutch) cone penetrometer.
A: CPT is a tool used to assess the characteristics of soil geotechnical engineering and delineate soil…
Q: Differentiate between the following terms/ scenarios used in engineering surveying.…
A: Note: As per the bartleby guidelines the answer of first three subparts is only provided. Surveying:…
Q: A total station has a DIN 18723 specified accuracy of ±3″. What is the estimated precision of an…
A: Solution: Given Data: specified accuracy=±3
Q: he amount of curvature and refraction for a distance of 122 meters is _? Express your OSwer in…
A:
Q: When does the penetrometer classified as a static cone penetrometer?
A: Penetrometer is a device used to determine the penetration resistance and the engineering properties…
Q: For what purpose the photoionization detector is used?
A: - A Photoionization detector is a type of gas detector which measure volatile organic compounds and…
Q: 20000 cm 10500 cm 14000 cm ELEYB (14C00 cm) 1 ELEVA(13000 ca) Eug rc (1000 cm)
A:
Q: B. Find the distance between the satellite and the receiver if the true time of transmission from…
A: Data given: True time of transmission = 0.00 s Time of reception = 0.0673799 Asked: Distance…
Q: Problem no. 2: The width of a river being observed is 75 m. Assuming the transit being used has an…
A: This problem is related to Surveying Engineering. In this problem Tacheometry surveying , Horizontal…
Q: What is the minimum height of the communication tower at point B, so that it can be observed from…
A: Horizontal Distance d=100 km
Q: From an instrument set up an object was observed at a distance of 5.4 km away. Neglecting the effect…
A:
Q: hat is the estimated error of an EDM instruments having specified errors of ( 4 mm + 4 ppm) in…
A: Given : Specified errors = ±(4mm+4ppm) Distance = 7.1754 km = 7175.4 m
Q: Assume the speed of electromagnetic energy through the atmosphere is 299,784,458 m/sec for…
A: given data speed=299,784,458m/s error=800m time lag in equipment using the equation-
Q: Horizontal stadia sights. Determine the error in distance if the uppermost portion of a 3.0m long…
A:
Q: Which of these is NOT a required device/information for the horizontal angle measurement? a)…
A: This given question is from surveying Here we are asked to find instrument/ information required for…
Q: What is the estimated error of an EDM instruments having specified errors of ±( 4 mm + 2 ppm) in…
A: Given : Ec=4mmD = 8.0752km⇒8075.2m
Q: What is the estimated error of an EDM instruments having specified errors of + ( 5 mm + 2 ppm ) in…
A: Estimated Error in Distance is Given as : Error =Ec2+el2+ec2+(ppm ×D)2Where : Ec & ei…
Q: What does Modern biaxial inclinometer probes contains?
A: The inclinometers are used to measure the angles. It is used to measure the tilt in the object. The…
Q: If an EDM instrument has a purported accuracy capability of ± (11.5 mm + 2ppm2), what error can be…
A: To find error in measured distance
Q: A 12 m Zoom image 110.7 332.7 20 kN/m В П -12 m 250 к Пс 4 m
A:
Q: Explain the Denison Sampler.
A: The Denison sampler is a geotechnical investigation sampler. It has central non rotating barrel as…
Q: The applications of remote sensing at the regional scale, require: Select one: O a. Low Resolution…
A: Solution: The application of remote sensing at the regional scale, require The correct option is (b)…
Q: If a certain EDM instrument has an accuracy capability of ±( 12 mm + 2 ppm2), what is the precision…
A: To find precision in measurement
Q: How many pseudo range observations will be observed using a 5-sec epoch rate for a total of 3 min…
A: The given data is as follows: Epoch rate=5 secTotal time=3 minNumber of visible satellites=16
Q: Why multiple receivers are oriented in the same azimuths for older antennas?
A: The azimuths can be defined as the horizontal angles from the true north which is in a clockwise…
Q: QUESTION 11 Match the following are mistakes, systematic errors, or random errors. The answer might…
A: Note:- Hi! Thank you for the question As per the honor code, We’ll answer the first question since…
Q: The best example for Regional Application of Remote Sensing can be: A. Oil Spill Monitoring B.…
A: Remote sensing can be defined as it is a method used to obtain information, monitoring, analyzing,…
Q: 1.2Compute the number of watts which is equivalent to 15 horsepower using the following equivalents.…
A: We need to convert 15 horsepower into watts. Given: 1HP = 550 ft-lbs/sec, 1Watt = 107 dynes-cm/sec,…
Q: Neglecting the effect of tide and waves, determine how far out to sea a boat will be when a light on…
A: We have relationd=d1+d2d=total distance of horizon d1=h10.0673 in kmd2=h20.0673in km
Q: What is the estimated error of an EDM instruments having specified errors of ±( 5 mm + 2 ppm) in…
A:
Q: The following data were obtained by stadia observation: zenith angle = 81° 50', s = 2.50 ft. The…
A:
Q: Q12: A detailed survey was carried out using a number of radiations from a total station set up on…
A: Total station A total station (TS) or total station theodolite (TST) is a surveying and building…
Q: Q5/ what's the characteristics of a folded dipole antenna?
A: When certain modifications in the basic dipole antenna occurs it modified as the folded diople…
Q: 5.A fishing vessel with a green light on its deck, 10.5m above the water, disappears from the sight…
A:
Step by step
Solved in 2 steps
- An ESP must treat 800,000 acfm with 99.1% efficiency. Assuming an effective drift velocity of 14 ft/min, calculate the required collection area.a. 152,000 ft2b. 269,000 ft2c. 347,000 ft2d. 462,000 ft2If an EDM instrument has a purported accuracy capability of ± (11.5 mm + 2ppm2), what error can be expected in a measured distance of (a) 25 m, (b) 483.40 ft,(c) 387.563 m? (Assume that the instrument and target miscentering errors are equal to zero.)Choose the correct answer a-0.615 N, 38750 m b-38705 N, 0.651 m c-38.750 KN, 61.5 cm d-None of theses e-38750 kN, 0.615 mm
- A tacheometer with a stadia constant of 0.30m, and stadia interval factor of 100, was set up on the line between two points A and B. The following hair readings were observed. *Inserted Photo* If the instrument height is 1.43m and it is set up on a point with elevation 14.72 m, determine the elevation of A.Why are dual-frequency and GNSS receivers preferred for high-accuracy control stations?Write down about the modification of the basic Dutch cone penetrometer?
- A transit was set up 30 meters and 80 meters away from point A and B respectively. The rod intercept at A is 0.23 m while that at B is 0.72 meters. What is the stadia interval factor of the instrument? * 3 points a. 103 b. Not listed on the given choices c. 100 d. 99 e. 102D=300mm Head Loss =10m/km Q=? L/S9. What technology does a total station use to measure distance? Include why D=vt is not a practical solution method for this technology.
- Assume the speed of electromagnetic energy through the atmosphere is 299,784,458 m/sec for measurements with an EDM instrument. What time lag in the equipment will produce an error of 800 m in a measured distance?ans. 514mm 1.15 cu.m/spls help me solve this. 1) a transit with stadia interval factor of 100.8 was set up at point C on the line bet. A and B. The ff. readings were observed: (*see from attached photo) If the distance from the focus is 0.38m. determine the ff.: a) horizontal distance bet. A and B b) Diff. in elevation bet. A and B of the value of HI are 300m and 315m respectively.