# Difference Between What And Watt

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If you are looking for the answer of difference between what and watt, you’ve got the right page. We have approximately 10 FAQ regarding difference between what and watt. Read it below.

## What is the required wattage of a soldering iron on

Ask: What is the required wattage of a soldering iron on printed circuit board?
A 10-15 watts
C. 20-30 watts
B. 15-19 watts
D. 50-60 watts​

2o -30 watts

Explanation:

c.20-30 watts

## what is the total loads in watts if there are

Ask: what is the total loads in watts if there are 5 light outlets with 100 watts each​

500 watts po

Explanation:

100 for each eh

## What is the average power required to lift a mass

Ask: What is the average power required to lift a mass of 100 kg to a height of 50m in 50 seconds.

A. 0.980 watts
B. 98.0 watts
C. 980 watts
D. 9800 watts​

c. 980 watts

Explanation:

i hope nakatulong ako sana ma brainliest mo ako

## What is the power of LED Projector?a) 55 wattsb) 50

Ask: What is the power of LED Projector?
a) 55 watts
b) 50 watts
c) 60 watts
d) 65 watts​

for me my answer is letter d) 65watts

2 watts of course

Explanation:

Because 2 watts is more faster than 1 watt

## Volts, Amps, Watts What is the difference? write your reaction

What is the difference?

write your reaction for minimum of 3 pharagraphs​

The term “watts” often describes power or electricity. Perhaps your floor lamp at home requires 60 or 90-watt light bulbs. However, do you know how many watts your coffee maker needs to work effectively?

Additionally, similar terms such as “amps” and “volts” can quickly be confused with watts. Are you familiar with how many amps your dishwasher is rated for? Or, for devices like uninterruptible power systems (UPS) that hardly mention watts, do you refer to them instead as “volt-amperes?”

What exactly do amps, volts, and watts mean? What are their differences? Can they be used interchangeably? In the following content, we unpack each electrical term as defined by the International System of Units (SI) and the Bureau International des Poids et Mesures (BIPM).

Picture water flowing within a closed system, such as a pipe. The circuit made by the water represents electrical flow. Electricity, like the water, moves in a continuous circular fashion through a conductor, exemplifying a wire. Each individual electrical term – amps, volts, and watts – plays an important role in the flow of electricity.

What is Amperage?

Amperage is a term commonly abbreviated to “amps” or classified as “A.” In the water analogy described above, amps would define the volume of water moving past any specific point at a certain moment.

Within an electrical circuit, amps measure the electrical current, or the volume (not speed) of electrons present. For example, a home dishwasher may have a rating around 10 amps. To put this in perspective, a single lightning strike measures at approximately 20,000 amps.

What is Voltage?

Voltage can be compared to water pressure. Volts represent the speed at which electrons pass a specific point within the closed circuit. Voltage, also abbreviated as volts or classified as “V”, represents the difference in potential. Potential difference exists between two points of a conductor usually made of wire and consistently carries the current. The constant current equals 1 ampere, and the energy dissipated between the points is 1 watt.

What is the difference between volts and amps?

Amps and volts perform complementary to one another with their own distinct functions within an electrical circuit. An ampere measures electricity. Volts represent the difference in potential that drives amps to flow through the closed circuit. Therefore, while amps represent the volume of water, volts carry the water through the circuit.

What are Volt-Amperes?

Volt-amperes are units of measurement for “apparent” electrical power, calculated by multiplying voltage by amperage. VAs are often used to simplify power ratings, helping to determine how much power the current will draw when in use.

What are Watts?

Derived from the formula V x A = W, a watt is the rate of power flow that results from amps flowing through a volt’s electromotive force. Watts measure the power that is actually generated within the electrical system. For example, if the water system described above was used to operate a mill, watts would represent the energy created to power the mill.

The Difference Between Volt-Amperes and Watts

If both volt-amperes and watts are derived from multiplying voltage by amperage, how are the concepts distinct? While it is true that both watts and volt-amperes measure electrical power, the type of power measured is different.

As mentioned, VAs measure “apparent power,” while watts measure “real power.” Real power defines how much energy (heat) is consumed or generated. Apparent power calculates how much electrical power the current will draw once active.

## what are the different watts or starter? ​

Ask: what are the different watts or starter? ​

Running , or rated watts are the continuous watts needed to keep items running. Starting watts are extra watts needed for two to three seconds to start motor-driven products like a refrigerator or circular saw, this is the maximum wattage the generator can produce.

Explanation:

Hope it helps.

# CARRY ON LEARNING

## If it takes 20 J of work to move a

Ask: If it takes 20 J of work to move a rock 20 meters in 10 seconds, what is the power?4 watts
2 watts
1 watt
3 watts​

Explanation:

## Under the Philippine Electrical Code, what is maximum load light

Ask: Under the Philippine Electrical Code, what is maximum load light outlet?

A. 25 watts B. 50 watts C. 75 watts D. 100 watts

D. 100 watts

Explanation:

The National Electrical Code provides that: “100 watts shall be the maximum load for each household lighting outlet.”

Under the Philippine Electrical Code, what is maximum load light outlet?

A. 25 watts B. 50 watts C. 75 watts D. 100 watts

Explanation:The National Electrical Code provides that: “100 watts shall be the maximum load for each household lighting outlet.”

## What power in watts is employed in lifting a 50-kg

Ask: What power in watts is employed in lifting a 50-kg weight to a height of 20 m in 1 minute?

c. 1000 watts c. 163 watts
d. 1.2 watts d. 20 watts