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talibji786
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I am extremely confused in Acceleration and velocity please explain in detail with example
Irrelevant. If you don't even know what it IS then you certainly won't understand explanations that use it.talibji786 said:u can better explain me what is calculus
talibji786 said:dear phinds
I am a student of arts but for some years science has been taken place in my heart thts why i want to study it as much as possible
u can better explain me what is calculus
BUT ... you have t0=1 and t1=1. That means your v0 and your v1 are both at the same time, "1".talibji786 said:no in this post there are not two different velocities i meant to say
v0 = starting velocity means the velocity of car at start
v1 = ending velocity means the velocity of car in the end
You need to do a systematic study of basic physics. This kind of hit-and-miss question-and-answer on an internet forum is not a good way to learn the basics.talibji786 said:I think i hav understood acceleration and velocity but i have one question in f = m.a what is the relation between m and a actually i want little bit theoretical explanation
you know better than me but i meant to sayphinds said:BUT ... you have t0=1 and t1=1. That means your v0 and your v1 are both at the same time, "1".
since you have t0 = t1 = 1, this would result in division by zero. You really aren't getting anywhere with this. Get a book.talibji786 said:you know better than me but i meant to say
a = v0 - v1/t0 - t1
acceleration = rate of velocity / difference of time
oh i am getting it it means that t will be zero and a = 8 if u check my tht post am i right nowphinds said:since you have t0 = t1 = 1, this would result in division by zero. You really aren't getting anywhere with this. Get a book.
No, you are not getting it. Get a book. We could walk you through this, but I say again, this kind of internet forum Q&A is not a good way to learn the basics. Get a book.talibji786 said:oh i am getting it it means that t will be zero and a = 8 if u check my tht post am i right now
Perhaps we could see you complete this example, so that at least you are given a start.talibji786 said:now i have understood something but still need u
if
v0 = 10
v1 = 2
t0 = 1
t1 = 1
so
a = 8
am i right?
That's an improvement, BUT ...talibji786 said:yes you all seniors have succeeded to make me understand the problem which i was doing wid tym let suppose
t0 = 1min
t1 = 10min
v0 = 10 to east
v1 = 100
1 - 10 / 10 - 100 = -9/-90
a = 10
am i right but i want the proper written form
HELLO,talibji786 said:I think i hav understood acceleration and velocity but i have one question in f = m.a what is the relation between m and a actually i want little bit theoretical explanation
you are kindly requestedto write my example wid unitsNascentOxygen said:That's an improvement, BUT ...
you haven't taken on board what I pointed out about the need for parentheses when calculating 'a'
AND you have still written some numbers without providing the units. All quantities here must have units.
'a' also will have units
velocity has units-m/s i.e. the distance traveled per unit time (meter/second)talibji786 said:what does unit of "a" means i.e. m/s2
Enough already! You're trying to build a skyscraper without first laying the foundations.talibji786 said:what does unit of "a" means i.e. m/s2
Acceleration is the rate of change of velocity over time, while velocity is the rate of change of an object's position over time. In simpler terms, acceleration is how quickly an object's speed is changing, while velocity is how fast an object is moving in a specific direction.
Acceleration is calculated by dividing the change in velocity by the change in time. Velocity is calculated by dividing the change in position by the change in time. Both are typically measured in meters per second squared (m/s^2) for acceleration and meters per second (m/s) for velocity.
Yes, an object can have a high acceleration but low velocity. This is because acceleration measures the change in velocity, not the actual velocity itself. So, even if an object is accelerating quickly, it may not be moving very fast overall.
Negative acceleration, also known as deceleration, occurs when an object's velocity decreases over time. This can happen when an object is slowing down, changing direction, or coming to a stop. Positive acceleration, on the other hand, occurs when an object's velocity increases over time. This can happen when an object is speeding up or changing direction to move faster.
Acceleration and velocity are both measures of an object's motion, but they are related in different ways. Velocity is the rate of change of an object's position, so it directly affects an object's motion. Acceleration, on the other hand, is the rate of change of velocity, so it indirectly affects an object's motion. In other words, changes in acceleration can cause changes in velocity, which in turn can cause changes in an object's motion.