A jumper hovers above a trampoline mat. Students drag them up or push them into the mat, let go, and watch each bounce mark its peak while sliders change stiffness, mass, gravity and restitution.
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Mini Golf Putt
អំពីការពិសោធន៍និម្មិតនេះ
This simulation links friction and energy to a game of putting. Pulling back from the ball sets power and direction, and a guide line previews the putt. The ball slows by constant rolling friction, needs enough energy to climb the hill, bounces off bumpers and is pushed by windmill blades. Readouts show strokes, ball speed, putt power, rolling distance and best hole. Sliders change friction and windmill speed. Teachers can use it to show that doubling speed quadruples stopping distance.
អ្វីដែលសិស្សអាចស្វែងរកបាន
- Drag back from the ball and watch the Putt power and Rolling distance readouts before you release.
- Putt at half power and then full power to compare how far the ball rolls.
- Raise Friction mu to 0.6 and see how the rolling distance shrinks.
- Slow the Windmill speed to zero and then to 3, and time your putt through the blades.
- Switch between the Top and Low views, then try to beat par of 3 strokes.
គោលបំណងសិក្សា
- 1Explain how friction brings a rolling ball to rest.
- 2Predict how stopping distance changes when speed doubles.
- 3Describe the energy needed to roll a ball up a hill.
- 4Adjust aim and power using feedback from readouts.
សំណួរដែលគ្រូតែងសួរ
Is the Mini Golf Putt simulation free to use?
Yes. It is free, needs no sign-up, and runs in any modern browser, including whiteboards, tablets and phones.
How far does a putt roll?
Stopping distance is v squared divided by 2 mu g, so doubling the speed makes the ball roll four times as far. A larger friction value shortens the roll.
How do I hit the ball?
Drag from the ball in the opposite direction of where you want to go, like pulling a slingshot, then release. A longer pull means more power.
Why does the ball sometimes stop before the top of the hill?
To get over the hill the ball needs kinetic energy of at least m g h, the energy gained by rising to that height. With less than that, gravity pulls it back.
បញ្ចូលការពិសោធន៍និម្មិតនេះ
ដាក់វាចូលទៅក្នុង LMS ប្លក់ ឬគេហទំព័រថ្នាក់រៀនរបស់អ្នក — ឥតគិតថ្លៃ។
<iframe src="https://kiwibee.io/km/simulations/mini-golf-putt-3d-simulation/embed" title="Mini Golf Putt | KiwiBee" loading="lazy" allowfullscreen style="width:100%;height:min(70vh,620px);min-height:420px;border:0;border-radius:16px"></iframe>បន្តស្វែងរក
ម៉ូដែលវិទ្យាសាស្ត្រអន្តរកម្មបន្ថែមទៀត
A smooth coaster track runs through glowing control points. Students drag points up and down to reshape hills, press Release cart, and see whether the cart can clear every hill below the yellow energy line.
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A slingshot faces towers with green targets. Students drag the bird back in the pouch, follow the dotted aim arc, release, and try to knock down the targets using the right stretch and angle.
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A basketball court shows the free throw line, hoop and a dotted aim arc. Students drag the ball backward to set launch angle and power, release to shoot, and read speed, peak height and streak.
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An archery range with a target 20 meters away lets students drag the bowstring back to set power and aim, then loose six arrows while allowing for gravity, drag and a crosswind.
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នាំវិទ្យាសាស្ត្រអន្តរកម្មចូលក្នុងថ្នាក់រៀនរបស់អ្នក
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