Displacement.
You have a beaker with a known amount of water. Put the object in. Subtract the current volume minus the starting volume (of water). The difference is the amount of water displaced, telling you the volume of the object.
The force required to overcome friction = the coefficient of friction x the reactive force (as in, the force the object exerts on the surface you want to move it over). So, you have to know the coefficient of friction, and simply times it by 600 in this case to know the force required. Oddly, once friction has been overcome, the required force drops slightly to keep it moving.
As a non-living object, Poi(AKA Poi Poi as it has been oddly called recently) can not have a sexual orientation. POI is one of the traditional performing arts of the Māori people of New Zealand. It was created to enhance gracious female wrist movements.
Answer 1:551.1557 lbs.Answer 2:An oddly phrased question.On Earth, a person massing 250 kilograms also weighs 250 kilograms. Or 550 pounds.On the moon, he would weigh about 1/6th that amount. On Mars, about 1/3rd that amount. In free fall, he would weigh zero kilograms.His mass would of course always remain the same.
This question cannot be answered because the question does not specify the country whose pennies are being weighed! There are very many countries whose minor currency units are pennies including, oddly enough, the US which cannot make up its mind whether it is a cent or a penny!
On earth, a mass of 1/16th gram weighs 0.0006125 newton (0.002205 ounce). (rounded) On the moon, the same 1/16th gram weighs 0.0001 newton (0.00036 ounce). (rounded)
by measuring the amount of water it displaces
Submerge it in water and measure how much the water rises.
To measure the volume of an oddly-shaped object like a teacup, you can use the water displacement method. First, fill a graduated cylinder or overflow container with a known volume of water and note the level. Then, carefully submerge the teacup in the water, ensuring it is fully submerged without touching the sides. The volume of water displaced, indicated by the rise in water level, will equal the volume of the teacup.
Contours lines are oddly shaped because it goes according to how it is shaped.
To find the volume of an oddly shaped object like a rock using a graduated cylinder, first fill the cylinder with a known volume of water and record this level. Next, gently submerge the rock in the water, ensuring it is fully submerged without touching the sides. The new water level will rise; subtract the initial water level from the new level to determine the volume of the rock, which is equal to the volume of water displaced.
To determine the density of an object, you need its mass and volume. If the object is oddly shaped, you can determine its volume by measuring the volume of water displaced when thee object is submerged in a container of water.
It is not at all skewed. As to oddly shaped, it depends on your expectations.
If the object is oddly or irregularly shaped, then it's much easier to measureits volume with the graduated cylinder than with the ruler. But the volumeis the same no matter how it's measured. If the results are not the same,then at least one and possibly both measurements were done wrong.
A gerrymander.
A cam
Oddly enough, a cup!Oddly enough, a cup!Oddly enough, a cup!Oddly enough, a cup!
Divide your oddly shaped room into smaller standard shapes. Calculate each smaller shape's area then add all of your answers together.