Kinematics

To calculate speed, you first convert the time to hours: 2 minutes 29 seconds is 2.4833 minutes, or approximately 0.0414 hours. Next, divide the distance traveled (288900 km) by the time taken (0.0414 hours) to find the speed. The speed would be approximately 6,970,531 km/h.

To calculate the time it takes for the two boats to be 162 miles apart, you can use the formula: time = distance / relative speed. The relative speed of the two boats is the sum of their speeds, which is 25 mph + 29 mph = 54 mph. Then, time = 162 miles / 54 mph = 3 hours. So, it will take 3 hours for the two boats to be 162 miles apart.

Any time an object's velocity changes (the object "accelerates"), that is due to a net force. Here are some examples:

* A car speeds up. The force is exerted by the tires, on the road.

* A car slows down. The force is exerted by the tires, on the road, or by air resistance.

* A car moves in a curve (its velocity changes too, since it changes direction). The force is exerted by the tires, on the road.

* A planet moves around the Sun. The velocity changes all the time, since the direction changes. The force is exerted by gravity.

* A falling object speeds up. The force is exerted by gravity.

The national average of primary care visits per hour per physician is typically around 20-25 visits. This can vary based on various factors such as practice setting, physician workload, patient population, and practice efficiency. It is important for physicians to balance seeing enough patients with providing high-quality care.

30 miles per second? Covert to meters per second

30 miles/sec =(1609 meters/1 mile)

= 48270 m/s ( very fast!)

KE = 1/2mV^2

KE = 1/2(0.13 kg)(48270 m/s)^2

1.51 X 10^8 Joules

It would take approximately 3.6 seconds to cover a mile at a speed of 550 mph. This can be calculated by dividing the distance (1 mile) by the speed (550 mph) and converting the result to seconds.

25-27-mph standard top speed for a mini dirt bike

So say you have a circle that is one mile in diameter. If you can travel the circumference of that circle in exactly one hour, then you can indeed travel at a rate of pi mph.

it is gooad and bad. The things is it really depends

Waste energy is quite often in the form of heat energy.

65 mph = 95.33 feet per second.

Energy is never created or destroyed, but different forms of energy can be converted into another. For example, potential energy is the energy of position; a pendulum at the peak of its swing, or a spring tightly compressed. It can be converted into kinetic energy, for example, the pendulum swinging rapidly at the bottom of the swing, or the object propelled by the spring.

There are approximately 1.609 kilometres per mile, so divide 220 by 1.609, or approximately 136.73 mph.

1 mile = 1.6 km,

17 km / 1.6 = 10.625miles

10.625 mph roughly 11 mph

Google says 10.5633103 mph

320 km is approximately equal to 199 miles per hour (mph).

630 feet per minute (fpm) is equivalent to about 7.16 miles per hour (mph).

35 km/h = ~21.75 mph

This is the rough formula.

Mach = velocity/speed of sound

This is rough because conditions are truly variable, but............

79 Mach = velocity/768 mph

= ~606070 miles per hour

If an ATV is moving at 55 mph, then its speed is 55 mph. Both the original speed and the converted speed are the same.

The F-22 can go faster than 1.500 mph (2.400 km/h). Exactly how much faster is still a well guarded secret.

It can be as little as 100 mph faster or as much as 600 mph faster. The F-22's deadliness doesn't come from its maximum speed, it comes from its stealth capabilities, excellent sensor-fusion techniques and a very finely tuned radar system.

35 kph is 21.75 mph.
35 kph = 21.75 mph

Approximately 99% of the kinetic energy of electrons is converted to heat when they bombard the target. This conversion occurs due to interactions with the target material, resulting in the release of thermal energy.

Kinetic energy is the energy an object has due to its mass and its velocity. Kinetic energy is calculated with the equation: Ek = ½ mv² Since kinetic energy is proportional to mass and velocity, any object moving very slowly has a small amount of kinetic energy. Also, any very small object normally has a small amount of kinetic energy. For example, a soccer ball rolling down a hill might have a relatively small amount of kinetic energy.