Water Play Park Water Splash Gun for Kids

Established in 2003, Mutong is a comprehensive  amusement equipment enterprise which focus on developing, designing, manufacturing, supplying and installing indoor and outdoor recreation equipments.
After more than 15 years developing, now MUTONG owns production base with area more than 10,000M2.

Our service:
1,Theme Children park overall plan:We provide service for real estate, kindergartens, streets, communities, parks, hotels, tourist resorts, water parks and all kinds of theme parks all over the world, including project designing, equipments producing and installation.
2,Outdoor playground equipments customized service:Parent-child playground, Company League- building playground.
3,Professional customized slides:We offer customized slides with material stainless steel, fiberglass, plastic, PE and wooden.
4,Indoor playground design:Indoor playground overall plan, product sales and installation.
5,Water park equipments:Water park slides, water splash pads, water features, water sprayers including design, sales, manufacture and installation.

Our advantages:
-Factory directly price
-More than 16 years manufacture experience
- CE, ISO9001:2008,ISO14001,OHSAS18001 standards
- 56+ Countries
- Dedicated Product R&D center

Our product series: Water park equipments; outdoor playground equipments; indoor plaground equipments; fitness equipments; wooden playground equipments etc.

Our certificates:

Yogi Bear’s Jellystone Park – Camping and Water Park

Located in Woodstock, N.B. just 1 minute of Trans Canada Highway. Call for booking or reservations at 506-328-3287

Toll Free line 1-888-222-9644

174 Hemlock St.
Lower Woodstock, NB
E7M 4E5

GPS Coordinates Lat. 46.13077 Lon. 067.60752

The name “centrifugal” force given to certain events is very often badly used. Consider a car going round a curve. A book lies on the seat beside you. You are the driver. You take a curve to the left – say. As you make the curve you see the book move radially out on the seat – moving toward the door. NO! This is not right! You make the curve. The car makes the curve. The book keeps on going in a straight line – tangent to the curve. It does not move radially outward. We show some DEMONSTRATIONS on these matters.

A – We whirl a ball on a string in a vertical circle. At the top of the
circular path we let go of the string. What does the ball do? Does it go radially outward? NO. It goes off in the direction it was going -tangent to the path. This is Newton’s First Law again. See Program *2.

B – A device has two spheres in it – lying in a circular trough. To get each
sphere to ITS end of the trough we spin the device about a central vertical axis. The balls get to their respective slots at the ends but they do not fly radially outward.

C – IN THE PARADOX OF THE ROTATING CANDLES we spin the apparatus about a central vertical axis – as in B above – but this time a paradox arises. The candle flames lean INWARD. HINT: The density – the “heaviness” of the flames – is less than that of the air in the protecting chimneys.

D – In the classic of whirling a bucket of water in a vertical circle it is always said: ” If you don’t go fast enough the water will fall out” . NO. This is not right. For when the motion is too slow to make the circle the bucket will fall along with the water! OK?

E – On the forces which arise in rotation we show: (a) Why the Earth is flattened at the Poles; (b) How a “governor” works; (c) A coin on a coat-hanger; (d) A String in a Glass Tube; (e) A limp rubber loop rolls off as a rigid body; (f) A lasso; (g) Emptying a jug of water in the quickest way.

We raise an added dilemma with a toy gun which “rolls” a hoop away and then — e -coo “rolls” back! Question: How can a hoop ROLL AWAY – rolling in one direction – and roll back – still rolling? ANSWER: It can not! So – if we look circumspectly at the Physics of this we discover an enchanting thing.

The hoop was NOT rolling away – Got it?
NOTE: This business of Centrifugal Force is very troublesome for beginners -indeed for everybody. What we see happen in circular motion really depends upon where the observer is. Which brings us to the subject of Relativity.