Kinematics

When stones are stricken against one another, then there are chances of transfer of electrons from one to the other. So positive in one and negative charges in the other are produced. Now comes a chance to have an electrical discharge between them which leads to produce sparks in air.

135 feet in 45 minutes OR 0.034 miles per hour.

If accelerating to 60 MPH in 7.2 seconds from a stop you would go 3 miles. This is considered a math problem.

KE=1/2mv^2

make sure it is in kilograms/meters^2

It is 3800 miles per hour.

Assuming 500km/h, it is 310 miles per hour.

211 kph = 131.1 mph

525 meters per minute equates to 19.57 mph

Different countries - and even different cities within the same country - have different speed limits.

• A position-time graph, is one in which position is plotted on the y-axis and the time is on the x-axis. A position-time graph is similar to a distance-time graph, but direction of motion in the y-axis.

To get the potential energy when only the mass and velocity time has been given, simply multiply mass and the velocity time given.

Kinetic friction is associated with thermal energy (and sound or light).

Gravitational Potential Energy, also known as GPE.

As both marbles are free-falling under gravity both have the same acceleration, g or 9.81ms-2

It all started when a guy named ken base jumped off a cliff with a flying fox

The spring is wound tighter, this stores the potential energy. The spring unwinding turns the potential energy into kinetic energy.

15 feet ÷ 3.5 ft/s = 4.29 s.

It will take about 7 hours and 40 minutes of total driving time at a constant 60 mph. Your total travel time will be longer if you slow down or stop along the way.

ski

You don't state what the letters stand for, but if velocity (or more accurately, speed) and time then the gradient (dv/dt where "d" means "difference in") will give the acceleration.

At constant speed the line will be horizontal so the gradient will = 0, i.e, neither acceleration nor deceleration.

it goes 15-17 factory setting but if you adjus the speed gov. you an make it go up to about 35 or 30

Mimetic forces result from responses to uncertainty. Most organizations face great uncertainty. Senior executives are not sure exactly what products, services or technoligies will achieve desired goals, and sometimes the goals themselves are not clear. When facing this uncertainty, mimetic forces, the pressure to copy or model other organizartions occur. Executives observe an innovation in a firm abd if it is successful, the management practice is quicly copied. Normative Forces result from common training and professionalism. Normative forces are pressures to change to achieve standards of professionalism and to adopt techniques that are considered to be up to date and effective by the professional community. Changes can be in any area, like information technology, accouting requirements or collaborative realtionships with other organizations. Pem, Bhutan Mimetic forces result from responses to uncertainty. Most organizations face great uncertainty. Senior executives are not sure exactly what products, services or technoligies will achieve desired goals, and sometimes the goals themselves are not clear. When facing this uncertainty, mimetic forces, the pressure to copy or model other organizartions occur. Executives observe an innovation in a firm abd if it is successful, the management practice is quicly copied. Normative Forces result from common training and professionalism. Normative forces are pressures to change to achieve standards of professionalism and to adopt techniques that are considered to be up to date and effective by the professional community. Changes can be in any area, like information technology, accouting requirements or collaborative realtionships with other organizations. Pem, Bhutan

There is no "as a rule". Different countries - and even different cities within the same country - have different speed limits.

I am pretty sure that such machines come in different sizes, and therefore in different capacities. Consult the technical specifications of individual manufacturers if you want to know the output of a specific machine type.