Power = ( force * distance) / time
work = force * distance
work = power * time
= 41250 J or 41kJ
Answer:
The criminal justice field spans a wide variety of jobs and interests. Criminal justice jobs may involve collecting evidence, analyzing crime scenes, performing investigations or arresting perpetrators.
Federal, state, and local government agencies as well as the private sector provide a wide array of criminal justice jobs. Jobs are found in areas such law enforcement, forensic science, corrections, legal services, homeland security and more.
Some criminal justice careers require a college degree; colleges and universities offer a variety of degrees related to the criminal justice sector, including online degrees. Criminal justice degree jobs cover a wide range of areas.
Our huge list provides a wide variety of jobs including criminal justice entry-level jobs and criminal justice government jobs. The list includes criminal justice salaries and educational requirements.
Explanation:
ANSWER :
(A) AT RIGHT ANGLES TO THE DIRECTION THE WAVE TRAVELS.
EXPLANATION :
TRANSVERSE WAVES IS THAT IN WHICH THE PARTICLES VIBRATE WITH AN UP-AND-DOWN MOTION. THE PARTICLES IN A TRANSVERSE WAVE MOVE ACROSS OR PERPENDICULAR TO THE DIRECTION THAT THE WAVE IS TRAVELING OR AT RIGHT ANGLES TO THE DIRECTION THE WAVE TRAVELS.
Answer:
D. All lunar eclipses reoccur.
Explanation:
Every Saros cycle (19 eclipse years)
Saro was described by Edmond Halley arround the year 1691, which is a period of 223 synodic which can be interepreted as "repitition" it is used by the scientist for eclipse prediction either for the sun or moon eclipse. It is 18years and 11days and some hours.
It should be noted that with this All lunar eclipses reoccur.
Question: A. The state highway patrol radar guns use a frequency of 9.15 GHz. If you're approaching a speed trap driving 30.1 m/s, what frequency shift will your FuzzFoiler 2000 radar detector see?
B. The radar gun measures the frequency of the radar pulse echoing off your car. By what percentage is the measured frequency different from the original frequency? (Enter a positive number for a frequency increase, negative for a decrease. Just enter a number, without a percent sign.)?
Answer:
The frequency change percentage is 9.94%
Explanation:
The frequency shift can be calculated as follows.
= 
=9.95 GHz
So the frequency change seen by the detector is 9.95 - 9.05
% difference
= 9.94%
