A 100 watt lamp transfers energy at a rate of 100 joules per second. Over the course of 1 minute (which is 60 seconds), the total energy transferred can be calculated by multiplying the power by the time: 100 watts × 60 seconds = 6000 joules. Therefore, a 100 watt lamp transfers 6000 joules of electrical energy in 1 minute.
The equivalent value in electrical energy to "gallons per minute" in water would be watts (W), which measures the rate of energy transfer or consumption. Watts represent how much electrical power is consumed or generated per unit of time, similar to gallons per minute for water flow rate.
watts is a unit of power. joule is a unit of energy. The relationship between energy and power is: Power = Energy / Time. And 1 watt = 1 joule / second So you need to know how much time it took to deliver/transfer that 2400 joules of energy. If for example it took 1 sec, then you have 2400 w. If it took 1 minute (60 sec) Then Power = 2400 J / 60 sec = 40 w
The energy expenditure for walking depends on factors like speed, weight, and distance traveled. On average, a person uses about 0.2 to 0.3 calories per kilogram of body weight per minute when walking at a moderate pace. This can be converted to approximately 0.84 to 1.26 Joules per kilogram of body weight per minute.
Almost 90 % of electrical energy provided to an incandescent light bulb goes as heat and rest as light. A 100 Watt bulb puts out 100 Joules of heat per second. So - for one minute it would put out 6000 Joules (100 Watts X 60 seconds). 1 BTU (British Thermal Unit) of heat = 1055.056 Joules. So a 100 watt bulb, burning for one minute would put out 5.68 BTUs of heat. ( 6000 Joules / 1055.056 Joules) = 5.68 BTUs. Same bulb burning for one hour would generate 341 BTUs of heat.
Based on the formula, P = E/T , and 5 min is 300 seconds, 100 = E/300, E = 30000
You can divide any unit of energy by any unit of time; but the standard SI unit is Joules / second, and has the special name "Watt".
The equivalent value in electrical energy to "gallons per minute" in water would be watts (W), which measures the rate of energy transfer or consumption. Watts represent how much electrical power is consumed or generated per unit of time, similar to gallons per minute for water flow rate.
watts is a unit of power. joule is a unit of energy. The relationship between energy and power is: Power = Energy / Time. And 1 watt = 1 joule / second So you need to know how much time it took to deliver/transfer that 2400 joules of energy. If for example it took 1 sec, then you have 2400 w. If it took 1 minute (60 sec) Then Power = 2400 J / 60 sec = 40 w
1800 joules / 1 minute = 1,800 joules / 60 seconds = 30 joules per second = 30 watts.
That completely depends on the voltage of the battery.The energy delivered by the battery and dissipated by the resistor in one minute will be[ 60 x (Voltage of the battery)2 / 21 ] joules
A Joule is the unit of energy or work in the SI system. It is defined as the work done in moving 1 meter against a force of 1 Newton. Other relations are that 1 Joule/sec = 1 watt, 1 calorie = 4.2 Joules, 1 BTU = 1055 Joules.
The energy expenditure for walking depends on factors like speed, weight, and distance traveled. On average, a person uses about 0.2 to 0.3 calories per kilogram of body weight per minute when walking at a moderate pace. This can be converted to approximately 0.84 to 1.26 Joules per kilogram of body weight per minute.
It has basic tape transfer speed which is minute for song, minute for transfer.
Cellphone call: 8¢ per minute Taxi: 90¢ per 1/4 mile Walking: 4 miles per hour Rain: 36 millimeters per hour Battery charge: 275 milliamperes (milli-coulombs per second) Electrical energy: 100 watts (joules per second)
Almost 90 % of electrical energy provided to an incandescent light bulb goes as heat and rest as light. A 100 Watt bulb puts out 100 Joules of heat per second. So - for one minute it would put out 6000 Joules (100 Watts X 60 seconds). 1 BTU (British Thermal Unit) of heat = 1055.056 Joules. So a 100 watt bulb, burning for one minute would put out 5.68 BTUs of heat. ( 6000 Joules / 1055.056 Joules) = 5.68 BTUs. Same bulb burning for one hour would generate 341 BTUs of heat.
energy = power x time.In this case, you can either: * Convert the time to seconds, then multiply. The answer will be in watt-seconds = joules. * Convert the time to hours, convert the watt to kilowatt, then multiply. The answer will be in kilowatt-hours.
Watts is a unit of power; Joules is a unit of energy. Watts means Joules/second, so you would need to know how long a machine that uses 36 watts (for example, certain light-bulbs) is used.36 watts is simply 36 Joules per second; this is the same as 2160 Joules per minute, or 129,600 Joules per hour.Since the electricity bill is measured in kWh instead of Joule (1 kWh = 3,600,000 Ws = 3,600,000 Joule), you might also say that a device that uses 36 watts uses 0.036 kWh every hour.