The work done is 34 kJ. Work done is calculated as force x distance, which in this case is 34 N x 1000 m = 34 kJ.
To move a 5kg stone for 1km, you would need to overcome both the force of friction and the force required to lift the stone against gravity. The force needed would depend on the surface and incline. The total force required can be calculated using the work-energy principle.
1 km = 1000 m
Geothermal gradient refers to the increase in temperature with depth below the Earth's surface. On average, the geothermal gradient is about 25-30°C per kilometer. This gradient varies depending on factors like location and geologic conditions.
To convert km/h^2 to m/s^2, you first need to convert km to meters by multiplying by 1000. Then, divide the result by 3600 (to convert hours to seconds) and then divide again by 3600 to get your final answer in m/s^2.
The two physical quantities of measurement are: 1. Scalars - quantities with magnitude (size) only examples: distance - 1 km mass - 5kg speed - 80km/h 2. Vectores - quantities having both magnitude and direction examples: displacement - 1km, to the right weight - 50 newtons velocity - 80km/h, west
1km
1km = 1000m 1km > 50m 1km is bigger
1km = 1000m520m/1km:= 520/1000 or 13/25 of 1km
1km
100000cm = 1km 50cm = 1km/1000000cm/1km 0.00005km = 50cm 50cm < 1km
1km -450 = -449
It is: 1km = 1,000m
1km, it is 3 times as big
Work = force x distance.In this case, you need to convert the distance to meters, then multiply. The answer will be in joules.
1km = 1000m20m/1km:= 20m/1000m= 2/100 or 1/50
1km = 1,000m which is larger than 334m
If you mean 700cm then it is 7/10 of 1km