Build a small balance beam with two containers on each end.
Place the object of unknown weight in one of the containers. Add water to the other container until a ballance is achived. Measure the volume of water required to achive the balance and you have your weight. 1 litre = 1 kilogram, 1 mililitre = 1 miligram.
If one was interested in collecting imperial measurements you could try off setting the water container on the beam to perform the conversion. Weigh side 2.2 times longer than the water catchment side.( I haven't tried this, but it should work...
For beginners; Pinch-pots, coil-pots, and small sculptural objects.
it means that any measurement you make on the map is 25,000 times bigger in the real world. ie. 1 metre on the map would be 25,000 metres (25 kms) on the ground
aboriginals use wild fruit for paint and carve objects out of wood
Advantage : Using a meter stick helps us to make measurements straight and to get the accurate measurements. It can be used for measurement of greater objects. Disadvantage : Meter stick cannot properly read measurements of small distances and objects having dimension of 0.053 cm
A wide range of values in art refers to the use of many values of light. A value scale is the easiest way to visualize this. Make 10 small squares on a page. Square 1 is solid black, square 10 is complete white, all squares in between become progressively lighter (towards the white end) or darker (the black end). This 10 square scale is a small range of values.
To weigh objects on a scale, place the object you want to weigh on the scale platform. Make sure the scale is set to zero before placing the object. The scale will then display the weight of the object.
One way to estimate the weight of a kitten without a scale is to compare it to common household objects of known weight, such as a bag of flour or a gallon of milk. By holding the kitten and these objects in each hand and judging which feels heavier, you can make an educated guess about the kitten's weight. Keep in mind that this method is not as accurate as using a scale.
to find the answer what you need to do is use a scale to measure how much the both objects shape that is how you can find your answer.
You can estimate your weight by comparing yourself to objects of known weight. For example, by using a bathroom scale and balancing it without weighing yourself, you can see how you compare in weight to the scale to make an estimation.
Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.
To accurately determine the weight of your cat, use a pet scale or a regular scale. Place the scale on a flat surface and gently place your cat on it. Record the weight displayed on the scale. Make sure to subtract your own weight if using a regular scale.
Need scale and purpose to answer.
To weigh your suitcase before your flight, use a luggage scale or a regular scale. Step on the scale first to get your weight, then hold the suitcase and step on the scale again. Subtract your weight from the total weight to find the suitcase's weight. Make sure it meets the airline's weight limit to avoid extra fees.
To read a hospital scale, step onto the scale and wait for the digital display to show your weight. Make sure to stand still with equal weight distribution on both feet for an accurate reading. Record the weight displayed on the scale.
Special curved lenses are used to make objects larger. It is a sense of scale and perception that makes distant objects magnified.
The force that makes objects have weight is called gravity. Gravity is the force of attraction between two objects with mass, such as the Earth and objects on its surface, that pulls them toward each other.
To read a beam scale like the ones at the doctor's office, you start by making sure the scale is zeroed. The beam pointer must rest at the center mark with no weight on the platform. If the device is not zeroed, make sure the large and small sliding poises (weights) are at their zero position all the way to the left. If the pointer still doesn't rest at the center mark then use the zero adjustment screw, usually at the left side of the beam to correct it. Once the scale is zeroed, you take a weight reading by first estimating your approximate weight and sliding the small and large poises along their beams. The large poise increases the weight by large increments such as 50lbs while the small poise is used to increase the weight by finer increments of 0.25lb or so. Step onto the scale platform and adjust the position of the small poise until the beam pointer rests at the center mark (balanced). The weight reading is taken by adding the value of the poise positions. So if the scale balances with the large poise at the 150lb position, and the small poise at the 3.5lb position, your weight is 153.5lb.