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You must specify the initial velocity if any acceleration was there or not.
The equation for velocity is velocity=distance/time. So you would solve the problem as follows. 240km/4h=60km/h
depends apon car
If a car is travelling at 10 km/h in the same direction as the ship that is travelling at 90 km/h, then the car's apparent velocity with regard to the ocean is just 10 + 90 = 100 km/h.
This is a math problem, and major part of this solution is just translating the sentence form of this problem into equation form. Here's how I would do it. "Tony is 4 years older than Heather" --> H + 4 = T "Heather is 5 yrs younger than Larry" --> H + 5 = L "Sum of their ages is 69" --> H + T + L = 69 So now you have 3 equations and 3 unknowns, which means you can solve the equation by substitution. H + (H+4) + (H+5) = 69 3H + 9 = 69 3H = 60 H = 20. Therefore, T = 24 and L = 25 So, Heather is 20, Tony is 24 and Larry is 25.
[Mn(CO)5],ch3,cl and H derived from octahedral fragments are examples of isolobal.
Benz patent motor car Year of production 1886 Engine 1 cylinder Total displacement 954 cc/58 cu in Output 0.75hp/0.55 kW at engine speed 400rpm Top speed 16 km/h / 10 mph
the two properties are: speed and direction. speed: ex: you pass from 10 km/h to 20km/h. you have a delta v (=10km/h) and you have a time line during which the object is changing its velocity. direction: the "velocity" seems to stay the same. ex: you travel with a car in a circle... even though u can see on the control board of the car that the car travels with 50 km/h, the car will accelaerate as the velocity depends on the displacement. and as u change the direction of the displacement ur velocity vector will change and therefore you will have an acceleration (centrifugal and centripetal forces will also play a role in the equation)
The distance travelled is 2h (it went up 'h' and came down 'h', having travelled 'h' distance twice), and the displacement is 0 (assuming it landed where it took off from).
A car that travels 1000 kilometers in 5 hrs, averages 200km/h.
C(h) = 30 + 50*h
3.6m/s2 As acceleration is speed divided by time and the change in speed is 18km/h the time is 3 seconds so 18/5
Speed is the magnitude of distance/time ex m/s Displacement is the distance covered, ex if an airplane flys 500km/h for 2 hours the speed is 500 km/h and the displacement is 1000km because that's how much distance the plane covered in 2 hours of flight.
A car starting with H is Honda.
H is +1, O3 is -6, that is -5 -5 and the total charge is -1 so a -4 has to be contributed by S
A car starting with H is Hyundai.
A Lamborghini Murcielago has a V12 with a displacement of 6192cc producing 570 bhp and can go exceed 330 km/h, acceleration is 0-100km/h in 3.8 seconds A Lamborghini Gallardo has a V10 with a displacement of 4961cc producing 540bhp and a top speed of 309km/h, acceleration is 4.2 seconds from 0-100km/h
The displacement and velocity of a rock that is dropped from rest after 4s, is 6 km/h. This can vary depending on the speed of the rock, and the surroundings.