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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 car's net displacement is 0 miles (north 50 miles - south 50 miles). Since the total time taken is 5 hours, the velocity is 0 mph because velocity is displacement divided by time, resulting in 0 mph.
A car that travels 1000 kilometers in 5 hrs, averages 200km/h.
C(h) = 30 + 50*h
A car starting with H is Honda.
A car starting with H is Hyundai.
An h reg car will be made at 1990
cocomelin
Well, darling, to find the average speed of a car, you just divide the total distance traveled by the total time taken. So, in this case, 350 km divided by 5 hours equals 70 km/h. That car's cruising along at a cool 70 kilometers per hour, not too shabby!
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)
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 distance traveled by the body would be twice the height h, as it goes up and then comes back down the same distance. However, the displacement would be zero, as the body ends up at the same position it started from, despite having traveled a distance.