well a newton is the amount of force needed to move one kilogram at a meter
per second, so the logical answer for your illogical question would be a a wind
force that can move 3000 kilograms in one second
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Answer #2:
Answer #1 is hogwash. 1 newton is not 1 kilogram at a meter per second, and so
the rest of the answer, predictably, is even farther down the slippery slope.
3,000 newtons is a force, equivalent to about 674 pounds.
The force of wind against any material object depends not only on the speed of
the wind, but also on the size and shape of the object. So it's not possible to say
what wind speed is required to push on an object with 674 pounds of force. But you
can be sure that the larger and flatter the object is, the less wind it would take.
Wind force is considered a vector quantity because it has both magnitude and direction. The strength of the wind is the magnitude of the force, and the direction of the wind indicates the direction of the force. This makes wind force suitable for representation as a vector in physics.
Yes, wind is a non-contact force because it does not require physical contact to exert a force on an object. Wind can push or pull objects without direct contact, making it an example of a non-contact force.
The force that creates the motion of a flag moving back and forth is typically wind. As the wind blows against the flag, it exerts a force on the fabric, causing it to sway. The force of the wind varies in strength and direction, influencing the movement of the flag.
Wind blowing a kite is a non-contact force because the wind does not physically come into contact with the kite. The force is exerted from a distance by the movement of air molecules.
Wind is a non-contact force. But if someone is blowing on an object it would be a contact force because a person is causing the movement of another object.
Wind is a powerful natural force that cannot be protected by carbon units called humans.
At peak intensity, Hurricane Isabel had sustained winds of 165 mph.
The wind is blowing with so much force that the leaf doesn't have enough strength to withstand it, therefore the wind slows down a little but still retains its forward motion. Another example is when you punch a brittle wall. If you hit it with enough force it will break and your fist will go through and keep its forward motion, albeit a little slower.
You can measure wind force with force transducer.
you could use a spring behind your object, and calculate inline reaction force from deflection. it will be essential the wind speed is accurately measured force will represent wind velocity squared *drag coefficient , once calculated the drag coefficient can be used elsewhere, in acceleration calculations for instance. measuring forces versus wind speed should produce a exponential graph in the form f = v^2 as drag force is proportional to square of velocity if you translate the action into freefall , at terminal velocity the forces balance, down = mass * gravity acceleration ( newtons) up = velocity ^2 * drag coefficient (newtons)
it cant because of...wind and its all gas.
ballons a fan wind baking soda
The wind speed force chart provides information on the relationship between wind speed and the force of the wind, helping to understand how strong the wind is at different speeds.
Wind force is considered a vector quantity because it has both magnitude and direction. The strength of the wind is the magnitude of the force, and the direction of the wind indicates the direction of the force. This makes wind force suitable for representation as a vector in physics.
In order to calculate the force we would net to know the wind speed of the tornado. The door has an area of 1.746 square meters To calculate the pressure load first find the pressure by squaring the wind speed (in mph) and multiply it by 0.123 to get the pressure in pascals, and then multiply by the surface area and the drag coefficient (which in this case is 2.0 for a flat surface). To give a good range, EF0 tornado winds start at 65 mph. Such a wind would exert a force of approximately 1,800 newtons (400 pounds). The highest winds ever recorded in a tornado were 302 mph. Such a wind would exert about 39,000 newtons (8,800 pounds) of force.
Wind Force + Drag Force = Boat Mass * Acceleration.The wind force overcomes the drag force of the boat.Drag Force = Water Pressure * Keel Area + Air Pressure* Exposed Boat AreaMost of the drag is due to the keel moving through the water. The sails, lines, mast, crew and cargo also add wind resistance.Wind Force = Wind Pressure* Sail Area.The greater the wind pressure and the greater the area of the sail, the greater the wind force.
No, wind is not a force of the hydrosphere. Wind is a part of the atmosphere, which is separate from the hydrosphere. The hydrosphere includes all the water on Earth, such as oceans, lakes, rivers, and groundwater.