2.6 L is smallest
2.6 L = 2600 mL > 2900 mL
To find the range of the given set of measurements (3.1 ml, 2.7 ml, 4.6 ml, 1.9 ml, 8.7 ml), subtract the smallest measurement from the largest measurement. The smallest value is 1.9 ml and the largest is 8.7 ml. Thus, the range is 8.7 ml - 1.9 ml = 6.8 ml.
To compare the measurements, we need to convert them all to the same unit. 0.2 L is equivalent to 200 mL. 240 mL remains the same. 50 cL is equivalent to 500 mL. Among these, 200 mL (0.2 L) is the smallest metric measurement.
Yes. One fourth of 20 mL One half of 10 mL and three fourths of 6.66... mL.
No, 1.0 ml does not equal 0.1 ml. One milliliter (1.0 ml) is ten times larger than 0.1 ml. Specifically, 1.0 ml is equivalent to 10% of a milliliter, while 0.1 ml represents just one-tenth of a milliliter.
The number of significant figures recorded in a measurement depends on the precision of the graduated cylinder and the measurement technique. Typically, you can record one additional digit beyond the smallest marked increment on the cylinder. For example, if the smallest increment is 1 mL, you could estimate the fluid level to the nearest 0.1 mL, allowing for three significant figures in a measurement of, say, 25.4 mL. Always consider the precision of your measuring tool to determine the appropriate number of significant figures.
The smallest among 2.6 liters, 2900 ml, and 5000 cl is 2900 ml. This is because 2900 ml is equivalent to 2.9 liters, which is less than 2.6 liters and 5000 cl.
2900
26 ml are 26 cc. One liter has 1000 ml or 1000 cubic centimeters
The smallest fractional unit for a 10mL cylinder is likely 0.1 mL, as most cylinders are calibrated in increments of 0.1 mL.
The smallest will be 1 ml +/- 0.01.
There are 1000 miliLiters in a Liter, therefore 2.9 L x 1000 mL/L = 2900 mL
The teaspoon is one of the smallest. -Officially 5 ml.
The teaspoon is one of the smallest. -Officially 5 ml.
2.6 fluid ounces = about 76.9 mL
When converting 26 until ml's the answer is 260 milliliters.
100 ml
To find the range of the given set of measurements (3.1 ml, 2.7 ml, 4.6 ml, 1.9 ml, 8.7 ml), subtract the smallest measurement from the largest measurement. The smallest value is 1.9 ml and the largest is 8.7 ml. Thus, the range is 8.7 ml - 1.9 ml = 6.8 ml.