That would depend on how many yellow and blue marbles are in a pack. If yellow and blue marbles are sold separately and there are the same number of marbles in a pack, buy one of each. That's probably not the case.
Yes. A good example would be styrofoam and steel. The same volume of each of these substances would make for vastly different weights.
14/42. You have to add the amount of marbles and then put the probabilityof answers you're looking for. Ex: 14 white marbles 28 red marbles 14+28=42 ?/42 your looking for the probability of white marbles, so you put in the amount of white marbles on the fraction. =14/42
Not if it is a glass marble, but you can get metal marbles which would be magnetic in many cases.
Indirect variation: the numbers of red marbles = k/the square of blue marbles, where k is the coefficient of the variation. 4 = k/202 4 = k/400 1600 = k Let the number of red marbles be x. x = k/42 x = 1600/16 x = 100 Thus, if there were 4 blue marbles, would be 100 red marbles.
No, a liter is a measure of volume, not weight. The weight of a liter of marbles and a half liter of sand would depend on the density of each material. The total weight cannot be determined based on volume alone.
marshmallow
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To find the density of marbles, you would measure the mass of a certain number of marbles using a balance scale, then calculate the volume by either measuring the dimensions and using a formula for the shape of the marbles or by displacement method with water. Finally, divide the mass by the volume to determine the density of the marbles.
Yes, identical objects will have the same volume because volume is a physical property that measures the amount of space an object occupies, and it remains constant regardless of the number of similar objects.
Fingerprints are different in identical twins.
If the density of one marble is 2.5 g/cm³, then the density of four marbles would be the same, as density is an intrinsic property of the material. So, the density of four marbles would also be 2.5 g/cm³.
It depends on the size of the marbles and the dimensions of the one liter container. Most likely the sand would fill the void space between the marbles and the mixture would have a volume of one liter or slighty more.
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well it all starts with four marbles..... for mL you would do the following: for example lets use a chalkboard eraser. you would find its volume (for say 135cm3). then you would add how much the marble weighs which may be 2.26796 mL. but lets round that to 2 mL. now you times that by four which is? 8 mL!! now you add 8 mL to 135 mL which equals................................................................................................................................................................................................... 143 mL!! there you go but just to let you know if you need the answers to the Metric mania worksheet go to this website: www.sciencespot.net
You fill your displacement cup with water until the hole is finished dripping. Then, you're going to add the four marbles that you asked for. But before you add the marbles inside the displacement cup, you must place a graduated cylinder under the hole in the displacement cup so you can find the volume of a marble. When you discover your results, divide how much water is in the graduated cylinder by the number of marbles you inserted. In this case, it would four.
The one with the greater surface area would have more oxygen available to the fish. The one with the greater volume has a fixed amount of oxygen that can be dissolved in a given amount. The one with the greater surface area has more oxygen available over time.