When you push down on the cars accelerator, you are not always 'accelerating'. Sometimes, you are just pushing down to maintain a constant speed, because the engine wants to slow your motion down, that and the friction of your tyres on the road.
Acceleration requires a rate of increase or decrease of speed. Hence the name 'accelerator' is misleading if your speed is not changing.
Quite simple if you understand acceleration. Acceleration is the rate of change of velocity with time, which in simple terms means speeding up. The faster you speed up, the greater your acceleration. Deceleration is negative accelration, ie slowing down. Mathematically, acceleration = (final velocity - initial velocity) / (final time - initial time) and deceleration is acceleration with a minus sign at the start.
Some disadvantages of velocity-time graphs include limited information about other aspects of motion (such as distance traveled or acceleration), difficulty in accurately determining specific values without additional calculations, and potential confusion if the graph is not drawn to scale.
To mill means to move around in confusion.
Okay, first up: The question is poorly worded. Something with units of meters per second per second is not a "force", it's an acceleration. That might be a source of confusion. In the SI, force is measured in units of kilogram-meters per second per second (aka newtons), which should be a BIG clue as to how to solve the problem.To spell it out:Newton's second law is that force = mass * acceleration. You know the mass. You know the acceleration. You're looking for the weight (which is a force). The rest is basic arithmetic.
Changing only one variable in an experiment allows researchers to identify the specific impact of that variable on the outcome being measured. It helps to isolate the effect of the variable being studied and avoid confusion from the influence of other factors. This method provides more accurate and reliable results in scientific investigations.
things are given scientific names by their charactertics and it is important because scientist can talk about same species without Any confusion
Scientific classification is written in Latin to avoid confusion between scientists that speak different languages than one another.
Scientific name :)
There is some confusion here. 500 newtons IS a force. You don't "give a force an acceleration". You can accelerate an object (which has a mass), but not a force.
It helps simplifies large numbers. If your occupation requires you to deal with million, billions, trillions, or larger, then scientific notation saves a lot of time and confusion.
Quite simple if you understand acceleration. Acceleration is the rate of change of velocity with time, which in simple terms means speeding up. The faster you speed up, the greater your acceleration. Deceleration is negative accelration, ie slowing down. Mathematically, acceleration = (final velocity - initial velocity) / (final time - initial time) and deceleration is acceleration with a minus sign at the start.
Many orgnisms have several common names. Using those could lead to confusion.
The problem needs to be clearly stated in a scientific method. This is important to avoid any confusion later during the other steps.
To be specific and avoid confusion, possibly, but mainly just to make nerds look smart in front of other people.
1.It tells you the relationships between species.2.To avoid confusion.3.It organized type of animals into a specific name.
Considering all the geriatrics who've flocked to Florida, I can understand the confusion. Although much of the population can be a bit zombie-like in Florida, zombies don't actually exist, so no.
Con is the prefix for the word confusion.