There are multiple answers. Some that work are 9000, 8100, 72000 etc... ======================================== How many do you need ? Here are all 35 (integers only): 5004, 5013, 5022, 5031, 5040, 5103, 5112, 5121, 5130, 5202, 5211, 5220, 5301, 5310, 5400, 6003, 6012, 6021, 6030, 6102, 6111, 6120, 6201, 6210, 6300, 7002, 7011, 7020, 7101, 7110, 7200, 8001, 8010, 8100, 9000
Squared is the term you need.
The equation for the kinetic energy of a falling object is kinetic energy=1/2 an object's mass multiplied by it's speed squared. From this, we can work out the speed. First you need to know its weight and its kinetic energy. The kinetic energy is obtained by working out it's potential energy before it fell (Potential energy= mass multiplied by gravitational pull multiplied by height. Then, at whatever point during the fall, the decrease in potential energy marks the increase in kinetic energy. From then we work out the speed. Example; An object that weighs 8.1 kilograms is 10 metres above the ground. It's potential energy is therefore 8.1x10(gravitational pull on earth is always 10)x10. So it has a potential energy of 810 joules. it falls 5 metres, so it's potential energy is 8.1x10x5 (405 joules). The total energy, we know, is 810J, so 810-a05=405, giving it kinetic energy of 405J. The kinetic energy formula is then rearranged as speed squared=kinetic energy/ 0.5m. Our equation is therefore speed squared= 405/4.05, so speed squared=100. The square root of 100 is 10 so the speed is 10 metres per second (36 kilometres per hour).
A quart mason jar would hold about 15-20 small candy canes. The cane hook will need to be turned in the same direction in all of them to get them to fit in the jars however.
The kinetic energy is one half the mass times the velocity squared KE = 1/2 mv^2 First you cannot mix English and metric units, so you need to convert miles per hour to meters per second and your answer will be in kg m^2/sec^2 or joules 80 mph = 35.76 meters per second KE = 1/2 (80) x (35.76)^2 = 51,151 joules
You'd need to hook the bike up to a generator.
a loudspeaker! ....hahah...(not funny)
8280
battle level
No, kinetic energy doesn't need to be capitalized.
need to know where to hook coil wire is all i need to know.
apparently you need to download the entire desktop manager. downloading just the driver is close to impossible as i have been searching for about an hour.
need more information, please
A loudspeaker is used so a large crowd can hear what is being spoken. They are often found in schools, sporting events, festivals, and many more.
you need to hook it up on the distributor
If its moving it has kinetic energy
you will need to hook a/v cables to from the back of the vcr to the projector.