There isn't any. Dilations do not affect angles.
The addition of an extra side increases the total of the internal angles by 180° The sum of the internal angles of a polygon = (number of sides - 2) × 180°
Nothing. Translation does not affect the measure of sides (or angles).
If all side lengths are changed so the new shape is proportionately equal, the angles don't change. But if it's not proportion. equal, then the angles will be different
To determine the tension in each chain supporting a weight of 900N, we can use trigonometry based on the lengths of the chains and the vertical weight they support. Let's denote the tension in the 4m chain as T1 and in the 3m chain as T2. Assuming the chains are at angles θ1 and θ2 with the vertical, we can set up the equations using the vertical components of the tensions: T1 * cos(θ1) + T2 * cos(θ2) = 900N. The specific angles would be needed to calculate the exact tensions.
As the temperature rises, surface tension decreases.
There isn't any. Dilations do not affect angles.
it affects the surface tension because of its temperture
Surface tension
Surface tension
A diagonal joining opposite angles is the principal diagonal. It may or may not bisect the angles, and that does not affect its name.
Yes, water temperature can affect surface tension on a penny. As water temperature increases, surface tension generally decreases. This means that with higher water temperature, the water is less likely to bead up and more likely to spread out on the penny, reducing the surface tension.
because the sports person or whoever is getting the tension gets nervous and start to think the worst
When surface tension decreases, liquids are less likely to form droplets and more likely to spread out. This can affect how liquids interact with surfaces and other substances.
If the ropes make the same angle with the vertical, then the tension in each rope will be the same. This is because the angles are equal and the forces are balanced. The tension in each rope will be equal to each other.
Temperature can affect the compression and tension of a rubber band by changing its elasticity. At higher temperatures, rubber bands become more flexible and stretchier, reducing their resistance to compression and tension. Conversely, at lower temperatures, rubber bands become stiffer and less stretchy, increasing their resistance to compression and tension.
The surface tension of toothpaste can vary depending on its formulation, but generally, toothpaste has a surface tension similar to that of water, which is around 72 mN/m. However, additives such as surfactants or thickeners can affect the surface tension of toothpaste.