The disposal of middle frames indicates rhythm.
@keyframes name{
from{
background-color: Tomato;
}
to{
background-color: Azure;
}
}
@keyframes name{
from{
background: CadetBlue;
}
30%{
background: Chocolate;
}
67%{
background: SkyBlue;
}
to{
background: CornflowerBlue;
}
}
Known for researching body motion
Known for the Steps() function... and GIFs.
9 images. 765px wide, 212px high. Each image is: 85px/212px.
These are better defined in the Transition's WD, not in the Animation's.
Progress over time
The rate of change in an object position, in which it covers distance.
Length divided by time (km/h | mi/h | m/s)
Approximate Conversion Table | ||
km/h | mi/h | m/s |
20 | 12 | 6 |
40 | 25 | 11 |
60 | 37 | 17 |
80 | 50 | 22 |
100 | 62 | 28 |
Distance from Buenos Aires to São Paulo is 1700 km, Boings can travel up to 950km/h.
That flight should have taken less than 12 hours.
950km ----------------------- 1 hour
1700km ------------------- 1.8 hours
But it took 14 hours, that means that the Boing travelled at 790km/h.
950km
790km ----------------------- 1 hour
1700km ------------------- 2.2 hours
Average Speed
Acceleration = | Change in Speed | 10 m/s | = 10 m/s2 |
Time interval | 1s |
Acceleration = | Change in Speed | 350 m/s | = 87.5 m/s2 |
Time interval | 4s |
Denoted by "g", refers to the acceleration that the Earth imparts to objects, the speed of an object falling freely near the Earth's surface will increase by 10 metres per second, every second.
Gravity acceleration (g) is actually something like 9.80665 m/s2
The Power of Gravity | |
Seconds | Speed |
0s | 0 m/s |
1s | 10 m/s |
2s | 20 m/s |
3s | 30 m/s |
4s | 40 m/s |
5s | 50 m/s |
6s | 60 m/s |
7s | 70 m/s |
8s | 80 m/s |
9s | 90 m/s |
10s | 100 m/s |
If g = 10 m/s2, does X fall 30 meters in 3 seconds?
If g = 10 m/s2, X falls only 45 meters in 3 seconds.
Distance | = | 1/2 | . | g | . | t2 |
Distance | = | 1/2 | . | (10 m/s2) | . | (3s)2 |
Distance | = | 1/2 | . | (10 m/s2) | . | 9s2 |
Distance | = | 1/2 | . | 90m | ||
Distance | = | 45m |
Distance | ||
Average Speed | Seconds | Distance |
5 m/s | 1s | 5m |
10 m/s | 2s | 20m |
15 m/s | 3s | 45m |
20 m/s | 4s | 80m |
25 m/s | 5s | 125m |
30 m/s | 6s | 180m |
35 m/s | 7s | 245m |
40 m/s | 8s | 320m |
45 m/s | 9s | 405m |
50 m/s | 10s | 500m |
The longer it falls, the fastest.
Galileo Pisa Tower
Galileo throws pizza and watermelon at the Pisa Tower
Both fell at the same time.
"Hey! Maybe they don't fall at the same time." - Mr. Newton
"We need a higher place." - Mr. Newton
The Watermelon was first.
... But ...
An object free falling accelerates, but eventually the air resistance becomes so great that it ceases to accelerate and continues its fall with a constant velocity. This constant velocity is known as the "terminal velocity".
The Feather will reach the terminal velocity first, in an early stage of its fall.
And create a free fall effect.
Action & Reaction
"For each and every action there is an equal and opposite reaction."
For a sense of weight and flexibility.
Ease (default) / Ease-in / Ease-out / Ease-in-out / Linear
Both X values must be between 0 and 1.
Both Y values can be out of range and be either positive or negative.
Bounce!
Goes back before going forth!
Goes back before going forth!
For funnier and more engaging experiences
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