Because of the squeaky noise it makes that sounds like "seeeeee" "saaaaaaw"
(and the name is simple enough to be catchy and understood by millions of kids). The other reason is because of the view the child sees every time he/she goes up and down. Up- I see. Down- I saw. Therefore the seesaw is 'created' and the name caught on
To balance the seesaw, your partner should weigh 144 pounds. This is because the weight of each person multiplied by their distance from the fulcrum should be equal. So, 120 pounds × 15ft = Partner's weight × 20ft, which amounts to 144 pounds.
The type of balance that features unlike objects on either side of an imaginary line is called a "seesaw" balance or a "lever" balance. In this configuration, the weights or items placed on either side can differ in mass or type, but the lever's pivot point allows for equilibrium based on the distribution of weight. The balance will tip towards the side with greater weight or force, demonstrating the principle of leverage. This setup is commonly used in various physics and engineering applications to illustrate balance and force.
A seesaw molecular shape is typically found in molecules with a central atom that has five bonding pairs and one lone pair of electrons, such as in the case of sulfur tetrafluoride (SF4). This geometry arises from the arrangement of electron pairs around the central atom, which minimizes repulsion according to VSEPR theory. The shape resembles a seesaw, with the lone pair positioned opposite the longest bond on the molecule, creating an asymmetrical distribution of atoms.
lCl3 = T- shaped XeF4 =Square planar SF4 =Seesaw H20 =Bent XeF2 =Linear
SF4 has a seesaw shape due to the presence of four substituents around the sulfur atom, causing the molecule to take on a trigonal bipyramidal geometry. The shape can be explained by considering the repulsion between the lone pair of electrons on sulfur and the bonding pairs, resulting in the bending of the molecule to minimize repulsion and achieve stability.
Yes, if the children weigh the same, the seesaw will balance. The seesaw balances when the weight on both sides is equal.
The fulcrum on a seesaw is the support point at which the seesaw pivots or rotates. It serves as the balance point for the seesaw to ensure that both ends move up and down equally.
tilting seesaw bridge: hard to balance
Moving the load on a seesaw affects the balance of the seesaw. If one side becomes heavier, that side will lower while the other side rises. Moving the load closer to the center of the seesaw will balance it out, while moving it farther away will cause imbalance.
A seesaw will function smoothly when both sides have evenly distributed weight and the participants cooperate to balance their movements. It is important for individuals to communicate and work together to maintain a harmonious back-and-forth motion on the seesaw.
The point supporting a seesaw or lever is called the fulcrum. This is the pivot point around which the lever rotates when a force is applied on one side. The position of the fulcrum can affect the mechanical advantage and balance of the seesaw or lever.
d1 times w1 = d2 times w2 (d- distance of the person from seesaw)/ (w = weight of person)
A seesaw in a playground is an example of a fulcrum. The board that the children sit on acts as the lever, while the point where the seesaw pivots is the fulcrum. The position of the fulcrum determines the balance and movement of the seesaw.
Simple ..put equal weight at each end, equal distance from the pivot.
A balance board is a device used for recreation or athletic training which consists of a seesaw-like level or circular board upon which a person attempts to balance.
A seesaw is a force magnifier. It allows two people of different weights to balance and produce a greater force together than they could individually.
To balance a seesaw with unequal weights on each side, move the heavier weight closer to the pivot point and the lighter weight farther from it. This will create a counterbalance, allowing the seesaw to level out. Experiment with different placements until you achieve balance.