what is GDOP A : Geometric dilution of position B : Geometric dilution of precisionC : Geometric dilution of path D : Geometric dilution of pointer

what is GDOP
A : Geometric dilution of position
B : Geometric dilution of precisionC : Geometric dilution of path
D : Geometric dilution of pointer
by

1 Answer

Answer :

B : Geometric dilution of precision
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what is HDOP A : Horizantal geometric dilution of position B : Horizantal geometric dilution of precision C : Vertical geometric dilution of precision D : Vertical geometric dilution of position

Description : what is HDOP A : Horizantal geometric dilution of position B : Horizantal geometric dilution of precision C : Vertical geometric dilution of precision D : Vertical geometric dilution of position

Last Answer : B : Horizantal geometric dilution of precision

what is HDOP A : Horizantal geometric dilution of position B : Horizantal geometric dilution of precision C : Vertical geometric dilution of precision D : Vertical geometric dilution of position

Description : what is HDOP A : Horizantal geometric dilution of position B : Horizantal geometric dilution of precision C : Vertical geometric dilution of precision D : Vertical geometric dilution of position

Last Answer : B : Horizantal geometric dilution of precision

what is HDOP A : Horizantal geometric dilution of position B : Horizantal geometric dilution of precision C : Vertical geometric dilution of precision D : Vertical geometric dilution of position

Description : what is HDOP A : Horizantal geometric dilution of position B : Horizantal geometric dilution of precision C : Vertical geometric dilution of precision D : Vertical geometric dilution of position

Last Answer : B : Horizantal geometric dilution of precision

What phenomenon causes the radio-path horizon distance to exceed the geometric horizon? A. Diffraction B. Ducting C. Reflection D. Refraction

Description : What phenomenon causes the radio-path horizon distance to exceed the geometric horizon? A. Diffraction B. Ducting C. Reflection D. Refraction

Last Answer : D. Refraction

What phenomenon causes the radio-path horizon distance to exceed the geometric horizon? A. E-layer skip. B. D-layer skip. C. Auroral skip. D. Radio waves may be bent.

Description : What phenomenon causes the radio-path horizon distance to exceed the geometric horizon? A. E-layer skip. B. D-layer skip. C. Auroral skip. D. Radio waves may be bent.

Last Answer : D. Radio waves may be bent.

When every entity of a geometric model remains parallel to its initial position, thetransformation is called as a.User Coordinate System b.World Coordinate System c.Screen Coordinate System d.None of the above

Description : When every entity of a geometric model remains parallel to its initial position, thetransformation is called as a.User Coordinate System b.World Coordinate System c.Screen Coordinate System d.None of the above

Last Answer : b.World Coordinate System

As shown in the illustration, which of the listed actions of the synchroscope pointer is occurring? EL-0002 A. Revolving slowly in the slow direction. B. Revolving rapidly in the slow direction. C. Revolving rapidly in the fast direction. D. It would be stationary at the 12 o'clock position since the leading edges of the A phases are in phase.

Description : As shown in the illustration, which of the listed actions of the synchroscope pointer is occurring? EL-0002 A. Revolving slowly in the slow direction. B. Revolving rapidly in the slow direction. C. ... stationary at the 12 o'clock position since the leading edges of the A phases are in phase.

Last Answer : Answer: C

When two AC generators are being paralleled, the breaker should be closed with the synchroscope pointer rotating in the ____________. A. 'slow' direction, just before the 12 o'clock position B. 'fast' direction, just after the 12 o'clock position C. 'fast' direction, just before the 12 o'clock position D. 'slow' direction, just after the 12 o'clock position

Description : When two AC generators are being paralleled, the breaker should be closed with the synchroscope pointer rotating in the ____________. A. 'slow' direction, just before the 12 o'clock position B. 'fast' ... just before the 12 o'clock position D. 'slow' direction, just after the 12 o'clock position

Last Answer : Answer: C

When paralleling two alternators the synchronizing lamps grow dim and are totally darkened as the synchroscope pointer approaches the 0° position. This indicates the ____________. A. alternator voltages are 180° apart B. incoming alternator is running too fast C. incoming alternator is in phase with the bus voltage D. synchroscope pointer is defective or broken

Description : When paralleling two alternators the synchronizing lamps grow dim and are totally darkened as the synchroscope pointer approaches the 0° position. This indicates the ____________. A. alternator voltages ... alternator is in phase with the bus voltage D. synchroscope pointer is defective or broken

Last Answer : Answer: C

A capacitor is to be tested with a megohmmeter. If the meter is connected to a shorted capacitor, the meter pointer should _____________. A. immediately swing to the maximum resistance value B. deflect to zero and remain at that position C. swing to a high reading and gradually decrease D. swing to zero then gradually increase with slight pointer movements down scale

Description : A capacitor is to be tested with a megohmmeter. If the meter is connected to a shorted capacitor, the meter pointer should _____________. A. immediately swing to the maximum resistance value ... and gradually decrease D. swing to zero then gradually increase with slight pointer movements down scale

Last Answer : Answer: B

An AC generator panel is fitted with both synchronizing lamps and a synchroscope. When the synchroscope pointer reaches the noon position, one synchronizing light is bright and the other is dark. This means _____________. A. there is a ground on the phase with the dark lamp B. the phase sequence is incorrect C. the phase sequence is correct D. the generator breaker may be closed

Description : An AC generator panel is fitted with both synchronizing lamps and a synchroscope. When the synchroscope pointer reaches the noon position, one synchronizing light is bright and the other is dark. This ... sequence is incorrect C. the phase sequence is correct D. the generator breaker may be closed

Last Answer : Answer: B

You are attempting to parallel two AC generators, and the synchroscope pointer is revolving fast in the clockwise direction. This indicates that the frequency of the incoming machine is _____________. A. higher than the bus frequency B. lower than the bus frequency C. the same as the bus frequency and the circuit breaker may be closed at any pointer position D. the same as the bus frequency but out of phase with it

Description : You are attempting to parallel two AC generators, and the synchroscope pointer is revolving fast in the clockwise direction. This indicates that the frequency of the incoming machine is _____________. A. higher ... at any pointer position D. the same as the bus frequency but out of phase with it

Last Answer : Answer: A

You are attempting to parallel two AC generators and the synchroscope pointer stops at a position other than 0°. If you close the circuit breaker at this moment _____________. A. the incoming machine will accept all of the load B. the incoming machine will trip out on low voltage release C. a hazardous condition will be created by the cross current between the machines D. a hazardous condition will be created by the incoming machine being at a higher frequency than the bus

Description : You are attempting to parallel two AC generators and the synchroscope pointer stops at a position other than 0°. If you close the circuit breaker at this moment _____________. A. the incoming ... hazardous condition will be created by the incoming machine being at a higher frequency than the bus

Last Answer : Answer: C

You are attempting to parallel two AC generators, and the synchroscope pointer is revolving in the fast direction. This indicates that the frequency of the incoming machine is _____________. A. higher than the bus frequency B. lower than the bus frequency C. the same as the bus frequency but out of phase with it D. the same as the bus frequency and the circuit breaker may be closed at any pointer position

Description : You are attempting to parallel two AC generators, and the synchroscope pointer is revolving in the fast direction. This indicates that the frequency of the incoming machine is _____________. A. higher ... the same as the bus frequency and the circuit breaker may be closed at any pointer position

Last Answer : Answer: A

You are paralleling two alternators. The synchronizing lamps grow dim and are totally darkened as the synchroscope pointer approaches the 0° position. This indicates that the ____________. A. alternator voltages are 180° apart B. circuit breaker can be closed C. incoming alternator is running too slowly D. synchroscope is defective or broken

Description : You are paralleling two alternators. The synchronizing lamps grow dim and are totally darkened as the synchroscope pointer approaches the 0° position. This indicates that the ____________. A. alternator ... be closed C. incoming alternator is running too slowly D. synchroscope is defective or broken

Last Answer : Answer: B

You are attempting to parallel two AC generators and the synchroscope pointer stops at a position other than 0° prior to closing the circuit breaker. This indicates ___________. A. the frequency of the incoming machine is the same as the bus frequency B. the incoming machine is in phase with the bus, but the frequency is not the same C. the circuit breaker may be closed after breaker has been reset D. there is an existing cross current between generators

Description : You are attempting to parallel two AC generators and the synchroscope pointer stops at a position other than 0° prior to closing the circuit breaker. This indicates ___________. A. the frequency of ... be closed after breaker has been reset D. there is an existing cross current between generators

Last Answer : Answer: A

You are attempting to parallel two AC generators and the synchroscope pointer is revolving in the slow direction. This indicates that the frequency of the incoming machine is _____________. A. higher than the bus frequency B. lower than the bus frequency C. the same as the bus frequency but out of phase with it D. the same as the bus frequency, and the circuit breaker may be closed at any pointer position

Description : You are attempting to parallel two AC generators and the synchroscope pointer is revolving in the slow direction. This indicates that the frequency of the incoming machine is _____________. A. higher than ... same as the bus frequency, and the circuit breaker may be closed at any pointer position

Last Answer : Answer: B

If the pointer on a megger fails to return to 'zero' when not being used, the _____________. A. megger is out of calibration B. megger is operating normally C. hairsprings are burned out D. pointer probably stuck in that position

Description : If the pointer on a megger fails to return to 'zero' when not being used, the _____________. A. megger is out of calibration B. megger is operating normally C. hairsprings are burned out D. pointer probably stuck in that position

Last Answer : Answer: B

What controls rudder movement when the Operation Selector Switch shown in the illustration is in the 'NFU' position? EL-0097 A. Steering wheel B. Non-followup controller C. Gyro-compass D. Course selector pointer

Description : What controls rudder movement when the Operation Selector Switch shown in the illustration is in the 'NFU' position? EL-0097 A. Steering wheel B. Non-followup controller C. Gyro-compass D. Course selector pointer

Last Answer : Answer: B

What controls the rudder when the 'operation selector switch' of the steering stand shown in the illustration is in the 'HAND' position? EL-OO98 A. Non-followup controller B. Gyro-compass C. Course selector pointer D. Steering wheel

Description : What controls the rudder when the 'operation selector switch' of the steering stand shown in the illustration is in the 'HAND' position? EL-OO98 A. Non-followup controller B. Gyro-compass C. Course selector pointer D. Steering wheel

Last Answer : Answer: D

Visual servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Visual servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Which is type of Robotics Perception A : Marker related B : Map related C : Path related D : Position related

Description : Which is type of Robotics Perception A : Marker related B : Map related C : Path related D : Position related

Last Answer : A : Marker related

Imge based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Imge based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Description : Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Last Answer : D : Edge related

Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Description : Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Last Answer : D : Edge related

Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Which is type of Robotics Perception A : Marker related B : Map related C : Path relatedD : Position related

Description : Which is type of Robotics Perception A : Marker related B : Map related C : Path relatedD : Position related

Last Answer : A : Marker related

Servoing is generally used to enable A : Path B : Position C : Robot D : Diraction

Description : Servoing is generally used to enable A : Path B : Position C : Robot D : Diraction

Last Answer : C : Robot

Which is type of Robotics Perception A : Marker related B : Map relatedC : Path related D : Position related

Description : Which is type of Robotics Perception A : Marker related B : Map relatedC : Path related D : Position related

Last Answer : A : Marker related

Servoing is generally used to enable A : Path B : Position C : Robot D : Diraction

Description : Servoing is generally used to enable A : Path B : Position C : Robot D : Diraction

Last Answer : C : Robot

Imge based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Imge based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Description : Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Last Answer : D : Edge related

Which is type of Robotics Perception A : Marker related B : Map related C : Path related D : Position related

Description : Which is type of Robotics Perception A : Marker related B : Map related C : Path related D : Position related

Last Answer : B : Map related

Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Description : Sensor based servoing associate with A : Robot pose B : Robot action C : Robot position D : Robat path

Last Answer : A : Robot pose

Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Description : Which is type of Robotics Perception A : Map related B : Path related C : Position related D : Edge related

Last Answer : D : Edge related

How do I figure out the dilution factor for this equation?

Description : How do I figure out the dilution factor for this equation?

Last Answer : answer:OKAY. So I figured out how to get the dilution factor (total volume divided by the aliquoted volume) and that's all fine and dandy. However, now I still don't get an appropriate answer. Let's ... not 1.98 mg/mL (my calculated result from the regression line) or anywhere close to 2.0 mg/mL

Did I do this serial dilution wrong?

Description : Did I do this serial dilution wrong?

Last Answer : answer:Yeah, this is wrong. So, first of all, if you're doing dilutions always remember this equation: M1 x V1= M2 x V2 Where M1 is the initial concentration, V1 is the volume of that solution you ... than you expected. Seriously, M1 x V1 = M2 x V2. One of the best equations ever for chemistry.

Can someone help me with this serial dilution?

Description : Can someone help me with this serial dilution?

Last Answer : answer:Use conversion factors and let the units do the work for you. 500 ug/mL * 1000 ng/ug * .001 mL/uL Note that ug and mL cancel and you're left with ng/uL. The 1000 and .001 also ... .67 times the amount of liquid already present in order to dilute it down to the right molarity. Does that help?

Dilution factor problem?

Description : Dilution factor problem?

Last Answer : Just make a proportion. Four tenths is what fraction of a milliliter? Four tenths equals how many microliters over one thousand microliters? (Ignore the dots please) 4 ....... x μL - =....- 10 .1000μL ... that x is on one side of the equation and you'll get the amount of the protein in the dilution.

Is hallucination or dilution associated with neurosis ?

Description : Is hallucination or dilution associated with neurosis ?

Last Answer : Neurosis is a mental illness that is somewhat associated with hallucinations and delusions, but illusion delusions and hallucinations are not the same thing at all. One is false perception , ... . Basically neurosis , illusion , delusion and hallucination are human problems or human diseases.

What is the effect of dilution on conductivity?

Description : What is the effect of dilution on conductivity?

Last Answer : The conductance of a given conductor, C = La/l ..(i)\ L = l/Ra ..(ii)The resistance is expressed in units of ohm, the conductance has units of ohm-1 or mho.The conductance ... it is necessary to take the concentration of the solutions into consideration. It is done by using equivalentconductance, l.

Action of norepinephrine and epinephrine are terminated by (a) Reuptake into nerve terminal (b) Dilution by diffusion and uptake at extraneuronal site (c) Metabolic transformation (d) All of the above

Description : Action of norepinephrine and epinephrine are terminated by (a) Reuptake into nerve terminal (b) Dilution by diffusion and uptake at extraneuronal site (c) Metabolic transformation (d) All of the above

Last Answer : Ans: D

The degree of dissociation of an electrolyte depends on - (1) dilution (2) impurities (3) atmospheric pressure (4) method of dissolution

Description : The degree of dissociation of an electrolyte depends on - (1) dilution (2) impurities (3) atmospheric pressure (4) method of dissolution

Last Answer : (1) dilution Explanation: The extent to which an electrolyte dissociates into ions is known as degree of dissociation or ionization and depends upon the following factors: (1) Nature of the electrolyte, (2) Temperature, (3) Dilution, (4) nature of the solvent, and (e) presence of other ions.

Disposal to sewage in large cities, is done in A. Irrigation B. Dilution C. Oxidation D. Purification

Description : Disposal to sewage in large cities, is done in A. Irrigation B. Dilution C. Oxidation D. Purification

Last Answer : ANS: B

A nuisance is experienced in diluting water if dilution factor is less than A. 100 B. 60 C. 40 D. 20

Description : A nuisance is experienced in diluting water if dilution factor is less than A. 100 B. 60 C. 40 D. 20

Last Answer : ANS: D

Dilution method of disposing of sewage, is not preferred to A. When sewage is fresh B. When diluting water has high dissolved oxygen content C. When diluting water is used for water supply near the point of sewage disposed D. When the diluting water is having flow currents

Description : Dilution method of disposing of sewage, is not preferred to A. When sewage is fresh B. When diluting water has high dissolved oxygen content C. When diluting water is used for water supply near the point of sewage disposed D. When the diluting water is having flow currents

Last Answer : ANS: C

54 Pick up the correct statement from the following: A. The ratio of the quantity of the diluting water to that of the sewage, is known as dilution factor B. The automatic purification of polluted water, is known self purification phenomenon C. The photosynthesis is carried out in the presence of sun light D. All the above

Description : 54 Pick up the correct statement from the following: A. The ratio of the quantity of the diluting water to that of the sewage, is known as dilution factor B. The automatic purification of polluted ... phenomenon C. The photosynthesis is carried out in the presence of sun light D. All the above

Last Answer : ANS: D