# data[].attributes.body
10. W= 8000N * 1000m * COS 0 = 8000000 J
11. Work = (400 + 300)(2)(1)= 1400

# data[].attributes.body
1. Work is when a force acts upon an object and the object is displaced. The formula is force*displacement*cos(theta). An increase in force increases work, as long as there is also displacement.
2. Power is the rate of work, which is work/time.
3. (200N)(20m)(1) = 4000 J
4. (1000)/(5) = 200 W
5. (900)(100)(0) = 0 J
6. (4000)/(20) = 200 W
7. (900)(100)(1) = 90000
8. (4000)/(20) = 200 W
9. time = (210 N*1000m*cos(0))/500 W = 420 min
10. (8000)(1000)(1) = 8000000 J
11. (400+300)(2)(1) = 1400 J

# data[].attributes.body
1. The definition of work is when a force causes an object to move.
Force*displacement*cosine(theta), so force is the vector that factors into work.
2. Power is the rate of work over time.W/t=P
5. 20m*200N*1=4000 J
6. 1000 J/5 sec = 200 watts
7. 900 N*100 m*1 = 9000 J

# data[].attributes.body
1. In physics, the definition of work is the measure of energy transfer that transpires while an object is moved by an external force which is at least partially applied in the direction of displacement. Work can be calculated through the equation of F (displacement)(cosine(theta)). Force and displacement have an indirectly proportional relationship.
2. Power is calculated through the equation: Work/Time. Power is defined as the rate at which work takes place.
5.  Work: 200N (20M) (Cos 0)= 4,000 Joules
6. Power: 1000J/ 5Sec= 200Wats
7. Work: 900N (100M) (1)=9,000 Joules
8. Power: 4,000 J/ 20Sec= 200Wats
9. Time= 210N (1,000M) (1)/ 500Wats= 420Sec/60Sec= 7 Min
10. Work: 8,000N (1,000M) (1)= 8,000,000 J
11. (300N+400N) (2M) (1)= 1400 J

# data[].attributes.body
1. Work is the property of physics that is influenced by three main factors, displacement, force, and cause. There must be these three things for work to consisted. The work is figured out by multiplying force by displacement  by the cos(ϑ).
2. The definition of power is the "rate at which the work is done." As expected, because it is a rate concerning a unit divided by time, the formula for power is work/time.
5. 20 m * 200N * cos(0) = 4000 J
6. 1000 J / 5 sec = 200 watts
7. 900 N * 100 m * 0 = 0
8. 4000 J / 20 sec = 200 watts
9. 500 w = (210 * 1000 m * sin(90)) / t
500t=210000
t=420
10. 8000N *1000 m * 1 = 8000000 J
11. (400+300) N * 2 m * 1 = 1400 J

# data[].attributes.body
1.Work is when a force acts upon an object to cause a displacement of the object.
2.Power is the rate at which work is done.
5. (200)(20)(1)= 4000J
6. 1000/5= 200W
7. (900)(100)(0)=0 W
8. (4000)/(20)= 20 Watts
9.(210 x 1000 x 1)/500= 420 minutes
10. (8000)(1000)(1)=  800000\
11. (400+300)(2)(1)=1400 J

# data[].attributes.body
1. Work force is completed when a object another object forces it to move.
2. Power is the rate of doing work.
5. 20 * 200 N x cos1= 4000 N
6. 1000/5  = 200 watts
7. 900 x 100 x cos90= 0
8. 4000 / 20 = 200 watts
9. 210 * 1000 * cos0 = 210,000 / 500 = 420 mins
10. 8000 * 1000 * cos0 = 8,000,000 J
11. (300 + 400) = 700
700 N * 2 m * cos0 = 1400 J

# data[].attributes.body
1. Work is when a force is acting upon an object to cause the displacement of an object. Work = Force * Displacement * Cos Theta. In order for force to create work, there must be displacement and the force must cause displacement.
2. Power is known by the quantity that has to do with the rate at which a certain amount of work is done. Power = Work/Time.
5. 20 Meters*200N*1= 4000J
6. 1000J/5Secs= 200 watts.
7. 900N * 100 M * 1= 9000J
8. 4000 J/ 20 Secs = 200 watts.
9. 500 W = (210 * 1000M * cos(0)) / 500 watts = 420 Mins
10.

# data[].attributes.body
1. Work is the exertion of force overcoming resistance or producing molecular change. The formula for work is F(force) x Displacement x cos(theta).
2. Power is defined as the rate at which work is done on an object. The formula is W/t or (F x V x cos(theta)).
5. 20m x 200 N x 1= 4000J
6. 1000 J / 5 s = 200watts
7. 900 N x 100  x 1 = 90000
8. 4000 J / 20 s = 200 watts
9. t = (210 N x 1000 m x cos(0))/500 wt = 420 minutes
10. 8000 N x 1000 m x 1 = 80000000
11. (400+300) N x 2m x 1 = 1400 J

# data[].attributes.body
1. Work is the force applied onto an object that moves   (W = F * d)
2. P = (Fd)/t the rate of doing work
3. W = (200N * 20m) = 4000 J
6. 200 watts
7. W = 900 N * 100 m = 9000 J
8. 4000 J / 20 = 200 watts
9. 500 watts = (210xcos(0)x1000m) /

# data[].attributes.body
1. Work is the result of force acting on an object to cause a displacement. It is defined as W = F × d × cos θ, where W is work, F is the magnitude of the force, d is the displacement, and θ is the angle between the force and the displacement. (This means that force and displacement are inversely proportional provided W and θ remain constant.)
2. Power is defined as the rate at which work is done, W / t.
5. W = 200 N × 20 m × cos 0 = 4000 J
6. P = 1000 J / 5 s = 200 W
7. W = 900 N × 100 m × cos 0 = 90000 J
8. P = 4000 J / 20 s = 200 W
9. W = 210 N × 1000 m × cos 0 = 210000 J
t = 210000 J / 500 W = 420 s = 7 min
10. W = 8000 N × 1000 m × cos 0 = 8000000 J
11. W = 100 N × 2 m × cos 0 = 200 J
(The tensile force acts in the same direction as the displacement)

# data[].attributes.body
1. Work deals with a force causing displacement of an object. Work is calculated by force*displacement*the angle between the force vector and displacement vector.
2. Power is the rate at which work is done and it is calculated by work/time.
5. 20 m * 200N * cos 0=  4000 J
6. 1000 J/5 secs= 200 watts
7. 900 N* 100 m* cos 0=  90,000 J
8. 4000 J/20 secs= 200 watts
9. 500 watts=(210 N* 1000 m* cos0)/ t
210,000 J/ 500 watts= 420 secs/ 60 secs = 7 mins
10. 8000 N* 1000 m * cos 0= 8,000,000 J
11. N * 2 m * cos 0= 1400 J

# data[].attributes.body
1. Work is done when a force that is applied to an object causes that object to move. Work is calculated by force * displacement * cosine (theta). Theta being the direction the object moves in. This means that if the force or displacement is decreased then the work decreases.
2. Power is the rate at which work is done. The formula is Power = Work / Time.
5. 20 m * 200 N * 1 = 4000 J
6. 1000 Joules / 5 seconds = 200 watts
7. 900 N * 100 m * 1 = 9000 J
8. 4000 Joules / 20 seconds = 200 watts
9. time = (210 N * 1000 m * cos(0)) / 500 watts = 420 mins
10. 8000 N * 1000 m * 1 = 8000000 J
11. (400+300) N * 2 m * 1 = 1400 J

# data[].attributes.body
1. Work is done on an object when you transfer energy on an object. Work is calculated by multiplying the force by the displacement of an object
(w=F*D)
2.Power =(Force*displacement/ time)
Power is the rate of doing work. It is the amount of energy consumed per unit time.
5. 200N* 20M*cos0= 4000 J
6. 1000J/ 5sec= 200 W
7. 900N*100M*cos0= 90000J
8. 4000J/ 20sec= 200 W
9. (210N*1000M*cos0)/ 500W=420 mins
10.8000N*1000M *cos0= 8000000J
11.(400+300)N*2 M*cos0= 1400J

# data[].attributes.body
1. Work  is done when a force that is applied to an object moves that object. The work is calculated as force•displacement•cosine(theta) where theta is the angle between the force and the displacement vectors. Work is described as taking place when a force acts upon an object to cause a displacement.
2. Power is the rate of doing work.  The formula is Power = Work / time
5) 200N*20m* 1= 4000 J
6) 1000J/ 5 sec= 200 watts
7)900N * 100m * 1=90000 J
8) 4000J / 20 sec= 200 watts
9)500 watts= (210N *1000m* cos (0))/ time
210,000J/ 500 watts= 420 mins
10) 8000N * 1000m* cos(0)= 8000000 J
11) (300N - 400N) * 2m *1= -200 J