use water displacement to find the volume of four marbles in ml
8 mL =8 cm3
We need the answer not how to do it!😡
but we need the answer not how it is done
measure some water in a graduated cyclinder. Drop the marbles in. Measure the new water level. The difference in volumes is the volumeof the marbles.
It's 8mm and 8cm3
Well, if you plan on using water displacement to find the volume of four marbles, you might want to make sure your marbles can swim! Just kidding. Let's get started with some water antics.
First, you need a container that can hold water. Fill it up until it's mostly full, but not overflowing - we don't want any water pranks here!
Take note of the water level. Next, gently drop one marble at a time into the container. And no, doing cannonballs won't help us here either.
Each time you add a marble, observe and note the new water level. Be careful not to make any accidental splashes - we don't want to clean up a water circus!
Finally, subtract the initial water level from the final water level and that will give you the volume of the four marbles in milliliters. Ta-da! You've completed your water circus act and successfully found the volume of those slippery marbles.
Just remember, if you plan on becoming a professional clown, you might want to leave the water acrobatics to the experts!
To use water displacement to find the volume of four marbles in milliliters (ml), you will need the following materials:
1. A graduated cylinder or a tall, narrow container with volume markings.
2. Water.
3. A ruler or measuring tape.
Here's a step-by-step process to measure the volume of the four marbles:
1. Fill the graduated cylinder or container with water to a level that you can easily measure the volume.
2. Carefully record the initial water level (let's call it "W1") on the graduated cylinder. Make sure to align your eyes with the water level to avoid parallax errors.
3. Gently lower one of the marbles into the water. As you place the marble in the water, some water will be displaced and the water level will rise. Allow the displaced water to settle and then record the new water level (let's call it "W2").
4. Subtract the initial water level (W1) from the new water level (W2). This will give you the volume of water displaced by one marble.
Volume of water displaced = W2 - W1
5. Repeat steps 3 and 4 for the remaining marbles, one at a time, recording the volume of water displaced by each marble.
6. Add up the volumes of water displaced by each marble to obtain the total volume.
Total volume = Volume of marble 1 + Volume of marble 2 + Volume of marble 3 + Volume of marble 4
Finally, convert the obtained volume from liters (L) to milliliters (ml) if necessary. 1 liter is equal to 1000 milliliters.
Keep in mind that this method assumes that the marbles are completely spherical and have no air bubbles or imperfections. Some marbles may have small air pockets that can affect the accuracy of the measurement.