It will have a negligible effect on anything except your health. Carbon monoxide will enter the passenger compartment and could possibly cause you to either have an accident or do serious physical harm. Driving a car with a hole in the exhaust is dumb. Carbon monoxide is orderless and tasteless and you will never know it is present. Get this fixed ASAP and only drive with all windows open. The above is not entirely true. A hole in your exhaust WILL affect your car's performance. 1) The loss of 'Back Pressure' in the system will affect the effective 'Scavenging' of the exhaust fumes, because motor manufacturers spend millions of pounds/dollars 'tuning' exhaust systems to make them efficient. 2) In those cars fitted with Fuel Injection, a hole could interfere with the readings of the system's Oxygen (Lambda) sensor, thus resulting in poor fuelling, poor power etc. 3) Air entering the hole and mixing with unburned fuel in the system could cause a 'Backfire', damaging the exhaust even more. 4) It can cause damage to your cataluytic converter (if fitted)...these are EXPENSIVE to replace. Extra Extra Again the above is still not strictly true 1) Back pressure is what racers andmodders want to minimise, manufacturers do spend a lot of money but often have to compromise, this leading to not so effective systems. 2) Only if the hole is before the sensor will it affect the readings 3) Very littel air could enter a hole, again depending on where it is, if your car is backfiring, theproblem could be elsewhere, unlikely to be hte ingress of air through a hole in the exhaust 4) Again it could only damage the cat if it before the cat in the system, after the cat will not affect it at all. Cheers
if power consumption is 130 KW. how can it convert into unit per hour.
They are closed during the power stage.
That depends on vehicle. You haven't told us what it is.
12-15 horsepower
The popping from the exhaust and the lack of power sounds like there is something in the timing. Most likely the timing chain is worn and needs replacing.
800 milliwatts, or 0.8 watt. It's a measurement of output power or power consumption.
This fan is rated at 277 CFM using 120V of power.
Watts refers to the power used or the power output of a device. There are two common usages in audio and video applications, audio power output and power used by equipment. Audio power output: Measured in watts but there are several different methods to describe it. RMS power is regarded as the most reliable measure of the output capability of am amplifier. However, peak power output is exactly double the RMS value. To make it more complex, peak music power output is also quoted. It's a value that is an estimation of power based on less than scientific calculations. Normally, it is double the peak power rating. Power consumption Power consumption varies. The average consumption is often far less than the peak consumption, as equipment turns on, or a motor starts up for example. The power rating on equipment is often shown for peak power.
oxygen consumption is nearly linear with power output or running velocity
The fuel consumption formula for marine twin diesel engines can be expressed as: [ \text{Fuel Consumption (g/h)} = \frac{\text{Power Output (kW)} \times \text{Specific Fuel Consumption (g/kWh)}}{2} ] In this formula, the power output represents the combined output of both engines, and the specific fuel consumption is the amount of fuel consumed per unit of power produced. The division by 2 accounts for the fact that there are two engines.
The term power consumption is defined as the amount of electrical energy used over time in an appliance. Power consumption is measured using kilo watts.Another AnswerPower is simply a rate; the rate of energy transfer. So power cannot be 'consumed'; it's energy that's being consumed. So, when we say 'power consumption', what we mean is 'the rate of energy consumption'. As power is a rate, it is measured in joules per second which, in SI, is given a special name: the watt.
because it does!
Hydroelectric power plants don't exhaust pollutants into the air, and they output power at a relatively reliable rate (compared to solar or wind, especially). On the other hand, they drastically affect all ecosystems upstream of the dam, and are much more environmentally destructive than nuclear power plants.
Fuel consumption increases with increasing power because more fuel is required to generate the additional power. Even though air consumption remains almost the same, the engine needs more fuel to mix with the air in order to produce the higher power output. This results in increased fuel consumption without a significant change in air consumption.
Gas turbine exhaust pressure loss negatively impacts performance by reducing the effective pressure ratio across the turbine. This loss can lead to decreased power output and efficiency, as the turbine has to work harder to achieve the same thrust or energy output. Additionally, higher exhaust pressure can result in increased back pressure, potentially affecting the overall system's thermal efficiency and contributing to higher fuel consumption. Managing exhaust pressure losses through design optimizations and control systems is crucial for enhancing turbine performance.
The power input in a thermal system directly affects the temperature output. Higher power input typically results in higher temperature output, while lower power input leads to lower temperature output. This relationship is governed by the laws of thermodynamics.
Light bulbs are measured in two ways: Lumens for their light output and Watts for their power consumption.