Just divide the distance by the time.
To know the velocity, you would also need to know in what direction the car travels.
Since the equation for time=sqrt(2h/g) set 2 seconds for time and 9.8 for gravity so 2=sqrt(2h/9.8) clear the sqrt by squaring both sides 4= 2h/9.8 9.8*4 =2h (9.8*4)/2 = height. now that you have the height, you can do v=distance/time v=height from the equation prior/2 seconds i hope that works..
To find the speed, take the distance and divide it by the time. 100m/2h = 50m/hr
The time taken for the stone to reach the ground can be calculated using the formula: ( t = \sqrt{{\frac{2h}{g}}} ), where ( h = 93m ) and ( g = 9.8 , m/s^2 ) (acceleration due to gravity). Substituting the values, we get ( t = \sqrt{{\frac{2 \times 93}{9.8}}} \approx 4.32s ). The final velocity of the stone when it reaches the ground can be calculated using the formula: ( v^2 = u^2 + 2gh ), where ( u = 3 m/s ) (initial velocity). Substituting the values, we get ( v = \sqrt{{3^2 + 2 \times 9.8 \times 93}} \approx 42.43 m/s ).
The normal transfer case range for a Humvee on hard road surfaces is typically 2-wheel drive (2H) or 4-wheel drive (4H). 2H is suitable for regular driving conditions, while 4H is ideal for off-road or low-traction surfaces. It's important to avoid using 4-wheel drive on hard road surfaces to prevent damage to the vehicle's drivetrain.
Neglecting friction, if a puck is sliding at 2 m/s it will still be sliding at 2 m/s when it slides off the table. Immediately before hitting the floor, its velocity in the x-direction will still be 2 m/s but it will have accelerated to a y-velocity of approximately 6.4 m/s, yielding a total speed of 6.6 m/s.
40km/hr
2h + 2h + 2h = 6h
2h by car 1,5h by train 45min by air
1d 2h 23m
2 hours and 7 minutes (1h = 60 minutes so 2h = 120 min)
speed = distance/time = 100mi/2h = 50mi/h
2h means two handed
2h by car 1,5h by train 45m by air
Oh, dude, let's break out the calculator for this one! So, to find the average speed, you just divide the total distance by the total time, which in this case is 120 km divided by 2 hours, giving you an average speed of 60 km/h. Like, pretty straightforward, right?
speed = 80km/2h = 40km/h
I-80 east is 2h 10mins and 137.97 miles US-30 east is 2h 26mins and 128.13 miles
Factor 2h−2 2h−2 =2(h−1) Answer: 2(h−1)