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These two examples although both possess the ability of undergoing abscission due to droughts or dry seasons, they are of different plant families. | <clarity> These two examples although both possess the ability of undergoing abscission due to droughts or dry seasons, they are of different plant families. | These two examples although both possess the ability of undergoing abscission due to droughts or dry seasons, they are from different plant families. | clarity | 28623021 | 1 |
At noon the sun's change of altitude is very slow, so determining the exact time that the sun is at its zenith by direct observation is impossible, and therefore it is impossible to obtain an accurate longitude at the moment of Zenith . | <clarity> At noon the sun's change of altitude is very slow, so determining the exact time that the sun is at its zenith by direct observation is impossible, and therefore it is impossible to obtain an accurate longitude at the moment of Zenith . | At noon the sun's change of altitude is very slow, so determining the exact time that the sun is at its highest by direct observation is impossible, and therefore it is impossible to obtain an accurate longitude at the moment of Zenith . | clarity | 2882854 | 1 |
At noon the sun's change of altitude is very slow, so determining the exact time that the sun is at its zenith by direct observation is impossible, and therefore it is impossible to obtain an accurate longitude at the moment of Zenith . | <clarity> At noon the sun's change of altitude is very slow, so determining the exact time that the sun is at its zenith by direct observation is impossible, and therefore it is impossible to obtain an accurate longitude at the moment of Zenith . | At noon the sun's change of altitude is very slow, so determining the exact time that the sun is at its zenith by direct observation is impossible, and therefore it is impossible to obtain an accurate longitude at the moment of culmination . | clarity | 2882854 | 1 |
However, it is possible to determine the time of zenith for longitude with a useful accuracy by performing a mean time of observation when the sun is on its ascent and descent prior to and following its moment of Zenith . | <style> However, it is possible to determine the time of zenith for longitude with a useful accuracy by performing a mean time of observation when the sun is on its ascent and descent prior to and following its moment of Zenith . | However, it is possible to determine the time of culmination for longitude with a useful accuracy by performing a mean time of observation when the sun is on its ascent and descent prior to and following its moment of Zenith . | style | 2882854 | 1 |
However, it is possible to determine the time of zenith for longitude with a useful accuracy by performing a mean time of observation when the sun is on its ascent and descent prior to and following its moment of Zenith . | <clarity> However, it is possible to determine the time of zenith for longitude with a useful accuracy by performing a mean time of observation when the sun is on its ascent and descent prior to and following its moment of Zenith . | However, it is possible to determine the time of zenith for longitude with a useful accuracy by performing a mean time of observation when the sun is on its ascent and descent prior to and following its moment of culmination . | clarity | 2882854 | 1 |
By taking a sextant reading within 15 to 30 minutes prior to local noon ( zenith ) and noting the time, then leaving the sextant set to the same angle and subsequently observing the moment in time at which the sun passes through the sight tube on its descent from Zenith between a half-hour and hour later, the two times can be averaged to obtain a longitude sufficiently accurate for navigation (within 2nmi). | <clarity> By taking a sextant reading within 15 to 30 minutes prior to local noon ( zenith ) and noting the time, then leaving the sextant set to the same angle and subsequently observing the moment in time at which the sun passes through the sight tube on its descent from Zenith between a half-hour and hour later, the two times can be averaged to obtain a longitude sufficiently accurate for navigation (within 2nmi). | By taking a sextant reading within 15 to 30 minutes prior to local noon ( culmination ) and noting the time, then leaving the sextant set to the same angle and subsequently observing the moment in time at which the sun passes through the sight tube on its descent from Zenith between a half-hour and hour later, the two times can be averaged to obtain a longitude sufficiently accurate for navigation (within 2nmi). | clarity | 2882854 | 1 |
By taking a sextant reading within 15 to 30 minutes prior to local noon ( zenith ) and noting the time, then leaving the sextant set to the same angle and subsequently observing the moment in time at which the sun passes through the sight tube on its descent from Zenith between a half-hour and hour later, the two times can be averaged to obtain a longitude sufficiently accurate for navigation (within 2nmi). | <clarity> By taking a sextant reading within 15 to 30 minutes prior to local noon ( zenith ) and noting the time, then leaving the sextant set to the same angle and subsequently observing the moment in time at which the sun passes through the sight tube on its descent from Zenith between a half-hour and hour later, the two times can be averaged to obtain a longitude sufficiently accurate for navigation (within 2nmi). | By taking a sextant reading within 15 to 30 minutes prior to local noon ( zenith ) and noting the time, then leaving the sextant set to the same angle and subsequently observing the moment in time at which the sun passes through the sight tube on its descent from its highest altitude between a half-hour and hour later, the two times can be averaged to obtain a longitude sufficiently accurate for navigation (within 2nmi). | clarity | 2882854 | 1 |
Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . | <clarity> Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . | Once the value of the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . | clarity | 2884986 | 2 |
Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . | <clarity> Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . | Once the figure for the Meridian Zenith Distance is obtained the algebraic sum of it with the declination of the object to obtain the latitude . | clarity | 2884986 | 2 |
Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . This is the latitude where the position line crosses the DR longitude. | <clarity> Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object to obtain the latitude . This is the latitude where the position line crosses the DR longitude. | Once the figure for the Meridian Zenith Distance is obtained the sum or the difference is obtained between it and the declination of the object gives the latitude of a point where the position line crosses the DR longitude. | clarity | 2884986 | 2 |
This is the latitude where the position line crosses the DR longitude. | <meaning-changed> This is the latitude where the position line crosses the DR longitude. | This is the latitude where the position line crosses the meridian of DR longitude. | meaning-changed | 2884986 | 2 |
Ex- Meridian is an astronomical navigation method of calculating an observer’s position on earth . | <clarity> Ex- Meridian is an astronomical navigation method of calculating an observer’s position on earth . | Ex-meridian is a celestial navigation method of calculating an observer’s position on earth . | clarity | 2884986 | 3 |
Ex- Meridian is an astronomical navigation method of calculating an observer’s position on earth . | <fluency> Ex- Meridian is an astronomical navigation method of calculating an observer’s position on earth . | Ex- Meridian is an astronomical navigation method of calculating an observer’s position on Earth . | fluency | 2884986 | 3 |
It is usually used when the sun is obscured at noon and as a result a meridian altitude is not possible. | <fluency> It is usually used when the sun is obscured at noon and as a result a meridian altitude is not possible. | It is usually used when the Sun is obscured at noon and as a result a meridian altitude is not possible. | fluency | 2884986 | 3 |
It is usually used when the sun is obscured at noon and as a result a meridian altitude is not possible. | <fluency> It is usually used when the sun is obscured at noon and as a result a meridian altitude is not possible. | It is usually used when the sun is obscured at noon , and as a result a meridian altitude is not possible. | fluency | 2884986 | 3 |
It is usually used when the sun is obscured at noon and as a result a meridian altitude is not possible. | <fluency> It is usually used when the sun is obscured at noon and as a result a meridian altitude is not possible. | It is usually used when the sun is obscured at noon and as a result , a meridian altitude is not possible. | fluency | 2884986 | 3 |
The navigator measures the altitude of the sun as close to noon as possible and then calculates where the position line lies. | <fluency> The navigator measures the altitude of the sun as close to noon as possible and then calculates where the position line lies. | The navigator measures the altitude of the Sun as close to noon as possible and then calculates where the position line lies. | fluency | 2884986 | 3 |
In 1966, the 16-inch Yuma gun underwent three firing series using wooden slugs, Martlet 2C's, and a Low Altitude High Velocity cone. | <fluency> In 1966, the 16-inch Yuma gun underwent three firing series using wooden slugs, Martlet 2C's, and a Low Altitude High Velocity cone. | In 1966, the 16-inch Yuma gun underwent three firing series using wooden slugs, Martlet 2C's, and a Low Altitude High-Velocity cone. | fluency | 292089 | 1 |
270169507040DamagedNov. 1601712905900396Nov. 1601812925900395Nov. 1601912965850415Nov.1702012965950415Nov. 170211290NADamagedNov. 1802212635900400Nov. 1802312635850410Nov. 180249226650510Nov. 180258806400490Nov. 190269106650530Nov. 1902712705850400Nov. 190289607000590Nov. 190291270NADamagedNov. 190309606350480Nov. 1903112705650367Nov. 1903212705650370Nov. 190338806750550 There were several models of test projectiles fired or designed during Project HARP: | <clarity> 270169507040DamagedNov. 1601712905900396Nov. 1601812925900395Nov. 1601912965850415Nov.1702012965950415Nov. 170211290NADamagedNov. 1802212635900400Nov. 1802312635850410Nov. 180249226650510Nov. 180258806400490Nov. 190269106650530Nov. 1902712705850400Nov. 190289607000590Nov. 190291270NADamagedNov. 190309606350480Nov. 1903112705650367Nov. 1903212705650370Nov. 190338806750550 There were several models of test projectiles fired or designed during Project HARP: | 270169507040DamagedNov. 1601712905900396Nov. 1601812925900395Nov. 1601912965850415Nov.1702012965950415Nov. 170211290NADamagedNov. 1802212635900400Nov. 1802312635850410Nov. 180249226650510Nov. 180258806400490Nov. 190269106650530Nov. 1902712705850400Nov. 190289607000590Nov. 190291270NADamagedNov. 190309606350480Nov. 1903112705650367Nov. 1903212705650370Nov. 190338806750550 Several models of test projectiles fired or designed during Project HARP: | clarity | 292089 | 1 |
270169507040DamagedNov. 1601712905900396Nov. 1601812925900395Nov. 1601912965850415Nov.1702012965950415Nov. 170211290NADamagedNov. 1802212635900400Nov. 1802312635850410Nov. 180249226650510Nov. 180258806400490Nov. 190269106650530Nov. 1902712705850400Nov. 190289607000590Nov. 190291270NADamagedNov. 190309606350480Nov. 1903112705650367Nov. 1903212705650370Nov. 190338806750550 There were several models of test projectiles fired or designed during Project HARP: | <clarity> 270169507040DamagedNov. 1601712905900396Nov. 1601812925900395Nov. 1601912965850415Nov.1702012965950415Nov. 170211290NADamagedNov. 1802212635900400Nov. 1802312635850410Nov. 180249226650510Nov. 180258806400490Nov. 190269106650530Nov. 1902712705850400Nov. 190289607000590Nov. 190291270NADamagedNov. 190309606350480Nov. 1903112705650367Nov. 1903212705650370Nov. 190338806750550 There were several models of test projectiles fired or designed during Project HARP: | 270169507040DamagedNov. 1601712905900396Nov. 1601812925900395Nov. 1601912965850415Nov.1702012965950415Nov. 170211290NADamagedNov. 1802212635900400Nov. 1802312635850410Nov. 180249226650510Nov. 180258806400490Nov. 190269106650530Nov. 1902712705850400Nov. 190289607000590Nov. 190291270NADamagedNov. 190309606350480Nov. 1903112705650367Nov. 1903212705650370Nov. 190338806750550 There were several models of test projectiles were fired or designed during Project HARP: | clarity | 292089 | 1 |
The slender design of the tube which contained the rocket's payload was very narrow and long, limiting what objects could be inserted into the tube. | <clarity> The slender design of the tube which contained the rocket's payload was very narrow and long, limiting what objects could be inserted into the tube. | The tube's slender design, which contained the rocket's payload was very narrow and long, limiting what objects could be inserted into the tube. | clarity | 292089 | 1 |
The slender design of the tube which contained the rocket's payload was very narrow and long, limiting what objects could be inserted into the tube. | <fluency> The slender design of the tube which contained the rocket's payload was very narrow and long, limiting what objects could be inserted into the tube. | The slender design of the tube which contained the rocket's payload , was very narrow and long, limiting what objects could be inserted into the tube. | fluency | 292089 | 1 |
This limitation on size was extremely inconvenient when considering the future proposed payloads of Martlet rockets which included satellites and space probes. | <clarity> This limitation on size was extremely inconvenient when considering the future proposed payloads of Martlet rockets which included satellites and space probes. | This limitation on size was extremely inconvenient when considering the future proposed payloads of Martlet rockets , including satellites and space probes. | clarity | 292089 | 1 |
Marlet 2A was designed simultaneously with the Martlet 1 with a range of interest being 70 to 200 kilometers. | <fluency> Marlet 2A was designed simultaneously with the Martlet 1 with a range of interest being 70 to 200 kilometers. | Martlet 2A was designed simultaneously with the Martlet 1 with a range of interest being 70 to 200 kilometers. | fluency | 292089 | 1 |
Despite similarities in missile air frame , the Martlet 2A, 2B, and 2C featured differences in their structural materials and mechanical details. | <fluency> Despite similarities in missile air frame , the Martlet 2A, 2B, and 2C featured differences in their structural materials and mechanical details. | Despite similarities in missile airframe , the Martlet 2A, 2B, and 2C featured differences in their structural materials and mechanical details. | fluency | 292089 | 1 |
Martlet 2G and 2G-1 The Martlet 2G was an advanced test projectile that had nearly all of its total 350lb (160kg) weight in the projectile. | <fluency> Martlet 2G and 2G-1 The Martlet 2G was an advanced test projectile that had nearly all of its total 350lb (160kg) weight in the projectile. | Martlet 2G and 2G-1 The Martlet 2G was an advanced test projectile with nearly all of its total 350lb (160kg) weight in the projectile. | fluency | 292089 | 2 |
The follow-on 2G-2 proposal was to have had a second rocket motor in order to be able to place the second stage in orbit, though with little or no payload. | <clarity> The follow-on 2G-2 proposal was to have had a second rocket motor in order to be able to place the second stage in orbit, though with little or no payload. | The follow-on 2G-2 proposal was to have had a second rocket motor to place the second stage in orbit, though with little or no payload. | clarity | 292089 | 2 |
They were built and tested for the HARP project but were ultimately not successful due to restrictions in funding and a severe lack of technical information regarding the behavior of large rocket grains under high acceleration loading. | <clarity> They were built and tested for the HARP project but were ultimately not successful due to restrictions in funding and a severe lack of technical information regarding the behavior of large rocket grains under high acceleration loading. | They were built and tested for the HARP project but were ultimately not successful due to restrictions in funding and a severe lack of technical information regarding large rocket grains under high acceleration loading. | clarity | 292089 | 2 |
They were built and tested for the HARP project but were ultimately not successful due to restrictions in funding and a severe lack of technical information regarding the behavior of large rocket grains under high acceleration loading. | <clarity> They were built and tested for the HARP project but were ultimately not successful due to restrictions in funding and a severe lack of technical information regarding the behavior of large rocket grains under high acceleration loading. | They were built and tested for the HARP project but were ultimately not successful due to restrictions in funding and a severe lack of technical information regarding the behavior of large rocket grains ' behaviour under high acceleration loading. | clarity | 292089 | 2 |
When testing these projectiles, the danger of in-bore detonation was considered a very serious potential problem. | <clarity> When testing these projectiles, the danger of in-bore detonation was considered a very serious potential problem. | When testing these projectiles, the danger of in-bore detonation was considered a severe potential problem. | clarity | 292089 | 2 |
Martlet 3A The Martlet 3A was an diameter, gun-fired rocket projectile that theoretically was able to reach 500km altitude. | <clarity> Martlet 3A The Martlet 3A was an diameter, gun-fired rocket projectile that theoretically was able to reach 500km altitude. | Martlet 3A The Martlet 3A was an diameter, gun-fired rocket projectile that theoretically could reach 500km altitude. | clarity | 292089 | 2 |
A standard 6-inch rocket was bonded to an aluminum case , and the rocket nozzle was supported by a pusher plate, which would impart the acceleration thrust to the missile through the aluminum wall casing. | <coherence> A standard 6-inch rocket was bonded to an aluminum case , and the rocket nozzle was supported by a pusher plate, which would impart the acceleration thrust to the missile through the aluminum wall casing. | A standard 6-inch rocket was bonded to an aluminum case . The rocket nozzle was supported by a pusher plate, which would impart the acceleration thrust to the missile through the aluminum wall casing. | coherence | 292089 | 2 |
A standard 6-inch rocket was bonded to an aluminum case , and the rocket nozzle was supported by a pusher plate, which would impart the acceleration thrust to the missile through the aluminum wall casing. | <clarity> A standard 6-inch rocket was bonded to an aluminum case , and the rocket nozzle was supported by a pusher plate, which would impart the acceleration thrust to the missile through the aluminum wall casing. | A standard 6-inch rocket was bonded to an aluminum case , and the rocket nozzle was supported by a pusher plate, which would impart the missile's acceleration through the aluminum wall casing. | clarity | 292089 | 2 |
This was solved for later rockets by filling the propellant cavity with liquid, but only after development of the 3B model had ended. | <clarity> This was solved for later rockets by filling the propellant cavity with liquid, but only after development of the 3B model had ended. | This was solved for later rockets by filling the propellant cavity with liquid, but only after developing the 3B model had ended. | clarity | 292089 | 3 |
Martlet 3E The Martlet 3E was a suborbital solid rocket designed to be fired from a smaller, 7-inch (180mm) cannon used in the HARP project. | <clarity> Martlet 3E The Martlet 3E was a suborbital solid rocket designed to be fired from a smaller, 7-inch (180mm) cannon used in the HARP project. | Martlet 3E The Martlet 3E was a solid suborbital rocket designed to be fired from a smaller, 7-inch (180mm) cannon used in the HARP project. | clarity | 292089 | 3 |
The 3E model utilized a new technique of rocket grain construction that consisted of laminating sheet double-base propellant grain under hydraulic pressure. | <clarity> The 3E model utilized a new technique of rocket grain construction that consisted of laminating sheet double-base propellant grain under hydraulic pressure. | The 3E model utilized a new rocket grain construction that consisted of laminating sheet double-base propellant grain under hydraulic pressure. | clarity | 292089 | 3 |
The 3E model utilized a new technique of rocket grain construction that consisted of laminating sheet double-base propellant grain under hydraulic pressure. | <clarity> The 3E model utilized a new technique of rocket grain construction that consisted of laminating sheet double-base propellant grain under hydraulic pressure. | The 3E model utilized a new technique of rocket grain construction technique that consisted of laminating sheet double-base propellant grain under hydraulic pressure. | clarity | 292089 | 3 |
Martlet 4 By July 1964, the Marlet 4 program pursued the development of an orbit capable multi-stage rocket system to be launched from the 16" Barbados gun. | <style> Martlet 4 By July 1964, the Marlet 4 program pursued the development of an orbit capable multi-stage rocket system to be launched from the 16" Barbados gun. | Martlet 4 By July 1964, the Marlet 4 program pursued developing an orbit capable multi-stage rocket system to be launched from the 16" Barbados gun. | style | 292089 | 3 |
Martlet 4 Control Systems A guidance and control system was developed for the orbital mission by Aviation Electric Limited of Montreal under the direction of McGill-BRL-Harry Diamond Laboratory group. | <fluency> Martlet 4 Control Systems A guidance and control system was developed for the orbital mission by Aviation Electric Limited of Montreal under the direction of McGill-BRL-Harry Diamond Laboratory group. | Martlet 4 Control Systems A guidance and control system were developed for the orbital mission by Aviation Electric Limited of Montreal under the direction of McGill-BRL-Harry Diamond Laboratory group. | fluency | 292089 | 3 |
Infrared horizon sensors and sun sensors were included to calculate vehicle attitude. | <style> Infrared horizon sensors and sun sensors were included to calculate vehicle attitude. | Infrared horizon sensors and sun sensors were included in calculating vehicle attitude. | style | 292089 | 3 |
Information for on-board sensors was to be processed by the logic module which provided commands to a cold gas thruster system which in turn adjusted the orientation of the vehicle . | <fluency> Information for on-board sensors was to be processed by the logic module which provided commands to a cold gas thruster system which in turn adjusted the orientation of the vehicle . | Information for on-board sensors was to be processed by the logic module , which provided commands to a cold gas thruster system which in turn adjusted the orientation of the vehicle . | fluency | 292089 | 3 |
Information for on-board sensors was to be processed by the logic module which provided commands to a cold gas thruster system which in turn adjusted the orientation of the vehicle . | <clarity> Information for on-board sensors was to be processed by the logic module which provided commands to a cold gas thruster system which in turn adjusted the orientation of the vehicle . | Information for on-board sensors was to be processed by the logic module which provided commands to a cold gas thruster system which in turn adjusted the vehicle's orientation . | clarity | 292089 | 3 |
The components of the guidance and control assembly were integrated into a 6.25 inch diameter test projectile. | <fluency> The components of the guidance and control assembly were integrated into a 6.25 inch diameter test projectile. | The components of the guidance and control assembly were integrated into a 6.25 -inch diameter test projectile. | fluency | 292089 | 3 |
Sun sensors, horizon sensors, telemetry packs, receiving/transmitting antenna, hydraulic systems, logic modules, and gas thruster attitude control systems were all test fired to approximately 10,000 g's. | <fluency> Sun sensors, horizon sensors, telemetry packs, receiving/transmitting antenna, hydraulic systems, logic modules, and gas thruster attitude control systems were all test fired to approximately 10,000 g's. | Sun sensors, horizon sensors, telemetry packs, receiving/transmitting antenna, hydraulic systems, logic modules, and gas thruster attitude control systems were all test-fired to approximately 10,000 g's. | fluency | 292089 | 3 |
Studies have also used goal orientation to predict sales performance, adaptive performanceStasielowicz, L. (2019). | <clarity> Studies have also used goal orientation to predict sales performance, adaptive performanceStasielowicz, L. (2019). | It has also been used to predict sales performance, adaptive performanceStasielowicz, L. (2019). | clarity | 29326123 | 1 |
Although Dweck's work in this area built on the foundation laid by Nicholls, the fundamental difference between the two scholars' works was the attribution of an individual's goal orientation: Nicholls believed that the goal orientation held by an individual was a result of the possession of either an internal or external referent, while Dweck considered the adoption of a particular goal orientation to be related to the theory of intelligence held by that individual. | <fluency> Although Dweck's work in this area built on the foundation laid by Nicholls, the fundamental difference between the two scholars' works was the attribution of an individual's goal orientation: Nicholls believed that the goal orientation held by an individual was a result of the possession of either an internal or external referent, while Dweck considered the adoption of a particular goal orientation to be related to the theory of intelligence held by that individual. | Although Dweck's work in this area built on the foundation laid by Nicholls, the fundamental difference between the two scholars' works is the attribution of an individual's goal orientation: Nicholls believed that the goal orientation held by an individual was a result of the possession of either an internal or external referent, while Dweck considered the adoption of a particular goal orientation to be related to the theory of intelligence held by that individual. | fluency | 29326123 | 1 |
More recently, researchers have embraced the idea that individuals can adopt the two orientation styles simultaneously: persons can be independently high or low in learning and performance orientations. | <clarity> More recently, researchers have embraced the idea that individuals can adopt the two orientation styles simultaneously: persons can be independently high or low in learning and performance orientations. | More recently, researchers have embraced the idea that individuals can adopt the two orientation styles simultaneously: individuals can be independently high or low in learning and performance orientations. | clarity | 29326123 | 1 |
Ultimately, individuals can entertain multiple competing goal orientations at the same time, and strive to both outperform competitors and improve their performance. | <clarity> Ultimately, individuals can entertain multiple competing goal orientations at the same time, and strive to both outperform competitors and improve their performance. | Ultimately, they can entertain multiple competing goal orientations at the same time, and strive to both outperform competitors and improve their performance. | clarity | 29326123 | 1 |
State versus trait There has been great debate as to whether goal orientation should be operationalized as a state or as a trait. | <clarity> State versus trait There has been great debate as to whether goal orientation should be operationalized as a state or as a trait. | State versus trait There has been debate as to whether goal orientation should be operationalized as a state or as a trait. | clarity | 29326123 | 1 |
For example, DeShon & Gillespie stated that in the literature, DeShon, R. P., & Gillespie, J. Z. (2005). | <meaning-changed> For example, DeShon & Gillespie stated that in the literature, DeShon, R. P., & Gillespie, J. Z. (2005). | For example, DeShon & Gillespie stated that goal orientation has been conceptualized as a trait, quasi-trait, and state. DeShon, R. P., & Gillespie, J. Z. (2005). | meaning-changed | 29326123 | 1 |
Journal of Applied Psychology, 90(6), 1096-1127. goal orientation has been conceptualized as a trait, quasi-trait, and state. They states that whether researchers conceptualize goal orientation as a trait or a state "depends on the breadth of the inference that the researcher is attempting to support". | <clarity> Journal of Applied Psychology, 90(6), 1096-1127. goal orientation has been conceptualized as a trait, quasi-trait, and state. They states that whether researchers conceptualize goal orientation as a trait or a state "depends on the breadth of the inference that the researcher is attempting to support". | Journal of Applied Psychology, 90(6), 1096-1127. They assert that whether researchers conceptualize goal orientation as a trait or a state "depends on the breadth of the inference that the researcher is attempting to support". | clarity | 29326123 | 1 |
State goal orientation refers to the goal one has in a particular situation . It is similar to trait goal orientation in that it represents one's preference in an achievement situation. | <coherence> State goal orientation refers to the goal one has in a particular situation . It is similar to trait goal orientation in that it represents one's preference in an achievement situation. | State goal orientation refers to the goal one has in a particular situation , and is similar to trait goal orientation in that it represents one's preference in an achievement situation. | coherence | 29326123 | 1 |
They found that when few situational cues are present, individuals will adopt their dispositional goal orientations. | <clarity> They found that when few situational cues are present, individuals will adopt their dispositional goal orientations. | They found that when few situational cues are present, individuals adopt their dispositional goal orientations. | clarity | 29326123 | 1 |
Conceptual and empirical work by Elliot and Church and VandeWalle demonstrated that the factor structure of goal orientation lends itself to three distinct dimensions as summarized below .Elliot, A. J. Church, M. A. (1997). | <coherence> Conceptual and empirical work by Elliot and Church and VandeWalle demonstrated that the factor structure of goal orientation lends itself to three distinct dimensions as summarized below .Elliot, A. J. Church, M. A. (1997). | Conceptual and empirical work by Elliot and Church and VandeWalle demonstrated that the factor structure of goal orientation lends itself to three distinct dimensions .Elliot, A. J. Church, M. A. (1997). | coherence | 29326123 | 1 |
Antecedents Throughout the goal orientation literature, many studies have examined relationships between goal orientation and various antecedents. | <clarity> Antecedents Throughout the goal orientation literature, many studies have examined relationships between goal orientation and various antecedents. | Antecedents Many studies have examined relationships between goal orientation and various antecedents. | clarity | 29326123 | 1 |
In situations with more complex tasks, it appears that "do your best" goals may lead to higher performance than specific goals. | <clarity> In situations with more complex tasks, it appears that "do your best" goals may lead to higher performance than specific goals. | In situations with more complex tasks, "do your best" goals may lead to higher performance than specific goals. | clarity | 29326123 | 1 |
Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | <clarity> Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | clarity | 29326123 | 1 |
Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | <coherence> Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | coherence | 29326123 | 1 |
Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | <clarity> Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance above and beyond both cognitive ability and the Big Five personality characteristics. | Payne et al. found that individuals with high levels of trait and state LGO and low levels of trait APGO had better job performance, that PPGO was unrelated to performance, and that LGO predicted job performance more accurately than both cognitive ability and the Big Five personality characteristics. | clarity | 29326123 | 1 |
Psychological projection is a defense mechanism in which the ego defends itself against unconscious impulses or qualities (both positive and negative) by denying their existence in themselves by attributing them to others. | <clarity> Psychological projection is a defense mechanism in which the ego defends itself against unconscious impulses or qualities (both positive and negative) by denying their existence in themselves by attributing them to others. | Psychological projection is a defense mechanism in which the ego defends itself against unconscious impulses or qualities (both positive and negative) by denying their existence in themselves and attributing them to others. | clarity | 299609 | 1 |
Instead, Newman, Duff, and Baumeister (1997) proposed a new model of defensive projection . In this view, repressors try to suppress thoughts of their undesirable traits , and these efforts make those trait categories highly accessibleso that they are then used all the more often when forming impressions of others. | <clarity> Instead, Newman, Duff, and Baumeister (1997) proposed a new model of defensive projection . In this view, repressors try to suppress thoughts of their undesirable traits , and these efforts make those trait categories highly accessibleso that they are then used all the more often when forming impressions of others. | Instead, Newman, Duff, and Baumeister (1997) proposed a new model of defensive projection in which the repressors efforts to suppress thoughts of their undesirable traits , and these efforts make those trait categories highly accessibleso that they are then used all the more often when forming impressions of others. | clarity | 299609 | 1 |
In this view, repressors try to suppress thoughts of their undesirable traits , and these efforts make those trait categories highly accessibleso that they are then used all the more often when forming impressions of others. | <clarity> In this view, repressors try to suppress thoughts of their undesirable traits , and these efforts make those trait categories highly accessibleso that they are then used all the more often when forming impressions of others. | In this view, repressors try to suppress thoughts of their undesirable traits make those trait categories highly accessibleso that they are then used all the more often when forming impressions of others. | clarity | 299609 | 1 |
The projection is then only a by-product of the real defensive mechanism. | <fluency> The projection is then only a by-product of the real defensive mechanism. | The projection is then only a byproduct of the real defensive mechanism. | fluency | 299609 | 1 |
The method of managed projection is a type of projective technique. | <clarity> The method of managed projection is a type of projective technique. | The method of managed projection is a projective technique. | clarity | 299609 | 2 |
The basic principle of the method is that a subject is presented with their own verbal portrait named by the name of another person, as well as with a portrait of their fictional opposition (V. V. Stolin, 1981). | <clarity> The basic principle of the method is that a subject is presented with their own verbal portrait named by the name of another person, as well as with a portrait of their fictional opposition (V. V. Stolin, 1981). | The basic principle of this method is that a subject is presented with their own verbal portrait named by the name of another person, as well as with a portrait of their fictional opposition (V. V. Stolin, 1981). | clarity | 299609 | 2 |
This applies to good traits as well as bad traitsand is not a defense mechanism for denying the existence of the trait within the self. | <clarity> This applies to good traits as well as bad traitsand is not a defense mechanism for denying the existence of the trait within the self. | This applies to both good and bad traits; it is not a defense mechanism for denying the existence of the trait within the self. | clarity | 299609 | 2 |
Instead, Newman, Duff, and Baumeister (1997) proposed a new model of defensive projection in which the repressors efforts to suppress thoughts of their undesirable traits make those trait categories highly accessible—so that they are then used all the more often when forming impressions of others. | <fluency> Instead, Newman, Duff, and Baumeister (1997) proposed a new model of defensive projection in which the repressors efforts to suppress thoughts of their undesirable traits make those trait categories highly accessible—so that they are then used all the more often when forming impressions of others. | Instead, Newman, Duff, and Baumeister (1997) proposed a new model of defensive projection in which the repressor's efforts to suppress thoughts of their undesirable traits make those trait categories highly accessible—so that they are then used all the more often when forming impressions of others. | fluency | 299609 | 2 |
President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | <clarity> President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, the O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | clarity | 30730412 | 1 |
President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | <style> President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power , which is placed in the bottom of the presidential sash of office. | style | 30730412 | 1 |
President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | <clarity> President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the bottom of the presidential sash of office. | President Michelle Bachelet with presidential sash and the O'Higgins Pioche, 11 March 2014 The O'Higgins Pioche In Chile, O'Higgins Pioche is a piece regarded as the true symbol of presidential power that is placed in the lower end of the presidential sash of office. | clarity | 30730412 | 1 |
This name was given a medal O'Higgins ordered to bring in the presidential sash. | <clarity> This name was given a medal O'Higgins ordered to bring in the presidential sash. | This was the name given to a medal that Bernardo O'Higgins ordered to bring in the presidential sash. | clarity | 30730412 | 1 |
This name was given a medal O'Higgins ordered to bring in the presidential sash. | <meaning-changed> This name was given a medal O'Higgins ordered to bring in the presidential sash. | This name was given a medal O'Higgins ordered to be put on the presidential sash. | meaning-changed | 30730412 | 1 |
This relic was given by the hero Jos Gregorio Argomedo (17671830) after his abdication (1823). | <clarity> This relic was given by the hero Jos Gregorio Argomedo (17671830) after his abdication (1823). | The relic was a gift by O'Higgins to Jos Gregorio Argomedo (17671830) after his abdication (1823). | clarity | 30730412 | 1 |
This relic was given by the hero Jos Gregorio Argomedo (17671830) after his abdication (1823). | <meaning-changed> This relic was given by the hero Jos Gregorio Argomedo (17671830) after his abdication (1823). | This relic was given by the hero Jos Gregorio Argomedo (17671830) after his abdication on January 1823. | meaning-changed | 30730412 | 1 |
During the inauguration of the monument in the Alameda (1872), the descendants of Argomedo gave it to President Federico Errzuriz Zaartu, who put the presidential sash in inaugurating a tradition that continues. | <fluency> During the inauguration of the monument in the Alameda (1872), the descendants of Argomedo gave it to President Federico Errzuriz Zaartu, who put the presidential sash in inaugurating a tradition that continues. | During the inauguration of the monument in the Alameda (1872), descendants of Argomedo gave it to President Federico Errzuriz Zaartu, who put the presidential sash in inaugurating a tradition that continues. | fluency | 30730412 | 1 |
During the inauguration of the monument in the Alameda (1872), the descendants of Argomedo gave it to President Federico Errzuriz Zaartu, who put the presidential sash in inaugurating a tradition that continues. | <clarity> During the inauguration of the monument in the Alameda (1872), the descendants of Argomedo gave it to President Federico Errzuriz Zaartu, who put the presidential sash in inaugurating a tradition that continues. | During the inauguration of the monument in the Alameda (1872), the descendants of Argomedo gave it to President Federico Errzuriz Zaartu, who put it on the presidential sash in inaugurating a tradition that continues. | clarity | 30730412 | 1 |
During the military regime was drawn up a new in the bases of original photographs . Only used in conjunction with the presidential sash. | <coherence> During the military regime was drawn up a new in the bases of original photographs . Only used in conjunction with the presidential sash. | During the military regime , a replica was made in the base of photographs of the original. The piocha is only to be used in conjunction with the presidential sash. | coherence | 30730412 | 1 |
The "Pioche de O'Higgins" is the element in the transfer of power from one president to another symbolizes the transfer of power .Sabas Que? | <clarity> The "Pioche de O'Higgins" is the element in the transfer of power from one president to another symbolizes the transfer of power .Sabas Que? | The "Pioche de O'Higgins" is the element that symbolizes the transfer of power from one president to another symbolizes the transfer of power .Sabas Que? | clarity | 30730412 | 1 |
The "Pioche de O'Higgins" is the element in the transfer of power from one president to another symbolizes the transfer of power .Sabas Que? | <clarity> The "Pioche de O'Higgins" is the element in the transfer of power from one president to another symbolizes the transfer of power .Sabas Que? | The "Pioche de O'Higgins" is the element in the transfer of power from one president to the next one during the ceremony of change of command .Sabas Que? | clarity | 30730412 | 1 |
The philatelic business activities of the Tuvalu Philatelic Bureau are authorised by the Tuvalu Philatelic Bureau Ordinance (1982). | <meaning-changed> The philatelic business activities of the Tuvalu Philatelic Bureau are authorised by the Tuvalu Philatelic Bureau Ordinance (1982). | Tuvalu became a member of the Universal Postal Union on 3 February 1981. The philatelic business activities of the Tuvalu Philatelic Bureau are authorised by the Tuvalu Philatelic Bureau Ordinance (1982). | meaning-changed | 30780790 | 1 |
The philatelic business activities of the Tuvalu Philatelic Bureau are authorised by the Tuvalu Philatelic Bureau Ordinance (1982). | <clarity> The philatelic business activities of the Tuvalu Philatelic Bureau are authorised by the Tuvalu Philatelic Bureau Ordinance (1982). | The philatelic business activities are authorised by the Tuvalu Philatelic Bureau Ordinance (1982). | clarity | 30780790 | 1 |
Karl Tili was the first Tuvaluan appointed to the post of general manager of the Tuvalu Philatelic Bureau and was the general manager from 1989 to 31 December 2011. | <coherence> Karl Tili was the first Tuvaluan appointed to the post of general manager of the Tuvalu Philatelic Bureau and was the general manager from 1989 to 31 December 2011. | Karl Tili was the first Tuvaluan general manager of the Tuvalu Philatelic Bureau and was the general manager from 1989 to 31 December 2011. | coherence | 30780790 | 1 |
Karl Tili was the first Tuvaluan appointed to the post of general manager of the Tuvalu Philatelic Bureau and was the general manager from 1989 to 31 December 2011. | <coherence> Karl Tili was the first Tuvaluan appointed to the post of general manager of the Tuvalu Philatelic Bureau and was the general manager from 1989 to 31 December 2011. | Karl Tili was the first Tuvaluan appointed to the post of general manager of the Bureau from 1989 to 31 December 2011. | coherence | 30780790 | 1 |
The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . | <coherence> The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . | In 2013, the Tuvalu government was proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . | coherence | 30780790 | 1 |
The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . | <clarity> The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . | The Government of Tuvalu are proposing to merge the Bureau with the Tuvalu Post Office . | clarity | 30780790 | 1 |
The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . The Tuvaluan post office is regulated by the Tuvalu Post Office Act 1977. | <coherence> The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office . The Tuvaluan post office is regulated by the Tuvalu Post Office Act 1977. | The Government of Tuvalu are proposing to merge the Tuvalu Philatelic Bureau with the Tuvalu Post Office , which is regulated by the Tuvalu Post Office Act 1977. | coherence | 30780790 | 1 |
Addresses in Tuvalu Addressing in Tuvalu has been virtually non-existent. | <meaning-changed> Addresses in Tuvalu Addressing in Tuvalu has been virtually non-existent. | The Tuvalu Post Office is not separately constituted and is a government department. Addresses in Tuvalu Addressing in Tuvalu has been virtually non-existent. | meaning-changed | 30780790 | 1 |
Tuvalu Post starts delivering more with what3words Tuvalu Philatelic Bureau Newsletter The first newsletter was published in March 1976, under the name News and Views. In 1999 the name was changed to the Tuvalu Philatelic Bureau Newsletter. The Tuvalu Philatelic Bureau Newsletter is published 3 to 4 times a year and provides information about new stamps issues and articles about Tuvalu. | <coherence> Tuvalu Post starts delivering more with what3words Tuvalu Philatelic Bureau Newsletter The first newsletter was published in March 1976, under the name News and Views. In 1999 the name was changed to the Tuvalu Philatelic Bureau Newsletter. The Tuvalu Philatelic Bureau Newsletter is published 3 to 4 times a year and provides information about new stamps issues and articles about Tuvalu. | Tuvalu Post starts delivering more with what3words | coherence | 30780790 | 1 |
They must be large enough to adequately preserve its resources and may only be entered on foot, by canoe or on horseback. | <fluency> They must be large enough to adequately preserve its resources and may only be entered on foot, by canoe or on horseback. | They must be large enough to adequately preserve their resources and may only be entered on foot, by canoe or on horseback. | fluency | 32047492 | 1 |
Exceptions are the extensive areas of wilderness in Alaska. | <clarity> Exceptions are the extensive areas of wilderness in Alaska. | Limited exceptions are the extensive areas of wilderness in Alaska. | clarity | 32047492 | 1 |
At the beginning of 2010 there were over 750 recognised Wilderness Areas . | <meaning-changed> At the beginning of 2010 there were over 750 recognised Wilderness Areas . | There are over 800 recognised wilderness areas . | meaning-changed | 32047492 | 1 |
Ambulatory passageways for circumambulation are present through which worshipers move in a clockwise direction, starting at the sanctuary doorway and moving inward toward the inner sanctum where the deity is enshrined. | <clarity> Ambulatory passageways for circumambulation are present through which worshipers move in a clockwise direction, starting at the sanctuary doorway and moving inward toward the inner sanctum where the deity is enshrined. | Passageways for circumambulation are present through which worshipers move in a clockwise direction, starting at the sanctuary doorway and moving inward toward the inner sanctum where the deity is enshrined. | clarity | 3213090 | 1 |
Circumambulation is done in a clockwise direction and in an odd rather than even number of times. | <clarity> Circumambulation is done in a clockwise direction and in an odd rather than even number of times. | It is done in a clockwise direction and in an odd rather than even number of times. | clarity | 3213090 | 1 |
The circumambulatory pathway made of stone around the shrine is called the Pradakshina path. | <clarity> The circumambulatory pathway made of stone around the shrine is called the Pradakshina path. | The ambulatory pathway made of stone around the shrine is called the Pradakshina path. | clarity | 3213090 | 1 |
Also, at some Catholic shrines, it is a tradition to circumambulate around the cult object of the place, usually relics of a saint or an image of Jesus or the Virgin Mary. | <clarity> Also, at some Catholic shrines, it is a tradition to circumambulate around the cult object of the place, usually relics of a saint or an image of Jesus or the Virgin Mary. | Also, at some Catholic shrines, it is a tradition to circle the cult object of the place, usually relics of a saint or an image of Jesus or the Virgin Mary. | clarity | 3213090 | 2 |
In Romania, there is an Easter custom to circumambulate the church three times by singing priests leading the people, just before finishing Easter Liturgy. | <clarity> In Romania, there is an Easter custom to circumambulate the church three times by singing priests leading the people, just before finishing Easter Liturgy. | In Romania, there is an Easter custom to process around the church three times by singing priests leading the people, just before finishing Easter Liturgy. | clarity | 3213090 | 2 |
In the Coptic tradition, during the liturgy, the priest circumambulates while an acolyte (altar boy) holds a cross high on the opposite side of the altar . | <clarity> In the Coptic tradition, during the liturgy, the priest circumambulates while an acolyte (altar boy) holds a cross high on the opposite side of the altar . | In the Coptic tradition, during the liturgy, the priest circles the altar while an acolyte (altar boy) holds a cross high on the opposite side of the altar . | clarity | 3213090 | 2 |
In the Coptic tradition, during the liturgy, the priest circumambulates while an acolyte (altar boy) holds a cross high on the opposite side of the altar . | <clarity> In the Coptic tradition, during the liturgy, the priest circumambulates while an acolyte (altar boy) holds a cross high on the opposite side of the altar . | In the Coptic tradition, during the liturgy, the priest circumambulates while an acolyte (altar boy) holds a cross high on the opposite side . | clarity | 3213090 | 2 |
The priest along with altar servers process around the circumambulate around the interior of the church visiting each of the 14 stations. | <clarity> The priest along with altar servers process around the circumambulate around the interior of the church visiting each of the 14 stations. | The priest along with altar servers process around the interior of the church visiting each of the 14 stations. | clarity | 3213090 | 2 |
Pollen is transferred from anther of one plant to stigma of another as bee collects nectar Pollen tubes are unique to plants and their structures have evolved over the history of seed plants . Pollen tube formation is complex and the mechanism is not fully understood, but is of great interest to scientists . Pollen tube formation is important for sexual reproduction to occur in seed plants. Wind, water or pollinators transport pollen grains to the female gametophyte. | <clarity> Pollen is transferred from anther of one plant to stigma of another as bee collects nectar Pollen tubes are unique to plants and their structures have evolved over the history of seed plants . Pollen tube formation is complex and the mechanism is not fully understood, but is of great interest to scientists . Pollen tube formation is important for sexual reproduction to occur in seed plants. Wind, water or pollinators transport pollen grains to the female gametophyte. | Pollen is transferred from anther of one plant to stigma of another as bee collects nectar Pollen tubes are unique to plants and their structures have evolved over the history of seed plants . Pollen tube formation is complex and the mechanism is not fully understood, but is of great interest to scientists because pollen tubes transport the male gametes produced by pollen grains to the female gametophyte. | clarity | 325963 | 1 |