Examples of unlike parallel forces include lifting a box with one hand while pushing it with the other, or pulling a wagon from opposite directions with two ropes. These forces have different magnitudes and act in opposite directions along parallel lines.
Some examples of parallel motion linkages include the Scott Russell linkage, the Peaucellier-Lipkin linkage, and the Watt parallel motion linkage. These linkages are commonly used in mechanical systems to ensure that two points move in parallel to each other.
Some examples of electrostatic forces at work include the attraction between positively and negatively charged particles, such as in the case of a charged balloon sticking to a wall. Another example is the repulsion between two like-charged particles, like in the case of two negatively charged balloons pushing each other away. Additionally, the build-up of static electricity when rubbing a balloon on hair is another example of electrostatic forces in action.
Yes, different forces of nature can interact and influence each other. For example, the gravitational force can affect the motion and behavior of objects on Earth, while electromagnetic forces can impact the behavior of charged particles. These forces can work together or against each other in various natural phenomena.
An example of ground tension is the ability of some insects, like water striders, to walk on the surface of water without sinking. This is due to the surface tension of the water, which is caused by the cohesive forces between the water molecules.
Some forces attract because of the electromagnetic interaction between charged particles. In the case of magnets, for example, opposite poles of the magnets attract each other due to the alignment of their magnetic fields. This attraction is a result of the exchange of virtual particles that carry the electromagnetic force.
one example is two things like or unlike
Not in Euclidean Geometry. Euclid's 5th axiom is that parallel lines never meet. However, unlike the first 4 axiom, it is impossible to prove the 5th axiom; depending upon the situation, you can either assume that parallel lines meet or don't; when they do meet, there are some very interesting consequences (for example, the possibility of a hyperbolic space). To my knowledge, if they meet, they are intersecting/perpendicular lines.
Some examples of parallel motion linkages include the Scott Russell linkage, the Peaucellier-Lipkin linkage, and the Watt parallel motion linkage. These linkages are commonly used in mechanical systems to ensure that two points move in parallel to each other.
A mud puppy is an example of some kind of salamander. These rare salamanders are unique because they make noise unlike other type of salamanders.
Some national borders follow lines of longitude. For example, the 38th Parallel is the DMZ which demarcates the Republic of Korea (South) from the DPRK (North).
You would need some force that holds you up against the pull of gravity. For example, you can hold on to a gym bar or some similar structure - for example, some sort of personal helicopter. The forces might also be magnetic in nature, for example.
Non-parallel lines intersect at some point, parallel lines don't.
Well a nonagon is a nine sided polygon. If you make the lines or sides parallel, then you will have a parallel figure. Or some parallel lines on a figure (polygon). If you choose to make your polygon (nonagon) have a pair of congruent sides, then your polygon will have some congruent sides. Therefore it really matters what your shape looks like. For example, a quadrilateral can be a square or a kite (or many others but I'm just using these) a kite might have no parallel lines and a square may have 2 sets of parallel lines. Do you get it? Does that answer your question? FYI: A nonagon is also known as a enneagon :)
Parallel is hard for some people and easy for some people.
Parallel, series, and series parallel
Skew lines are not parallel. Parallel lines are across from each other in some way and are exactly parallel.
A polygon with 4 or more sides can have a pair of parallel sides.