350 lbm/ft3= ? g/mL

Q: 2.36 mL to L 3401.00 g to kg

A: A) 2.36mL to L We know that, 1 mL = 0.001 L So , 2.36 mL = 2.36×0.001 L= 0.00236 L

Q: 7. F2 (g) NacI (s) +

A: Balance chemical equation, balance chemical equation can be define as the reaction in which number…

Q: Convert 15 mg/mL to kg/L.

A:

Q: density

A:

Q: 17.7 mL to L

A:

Q: The specific gravity of methyl alcohol is 0.810.  How many grams are in 35.0 mL of methyl…

A: Given thatSpecific gravity of CH3OH=0.810volume of CH3OH=35.0 mLMass or grams of CH3OH=?

Q: 543.7 g + 568.45627 mL

A: The measurements to be added are: 543.7 g + 568.45627 mL

Q: Can anyone show me the solution? 0.45 l =    dl 1dl =    l 740 cc =  l 33kg =     g 1000 ul =…

A: Note:  1 l = 10 dl = 1000 cc 1 kg = 1000 g 1 ml = 1000 ul 1 cc = 1 ml 100 cc = 1 dl

Q: How much 50X tae do you need to make 500 ml if 1XTea?   50ml 5 10 20

A: Given :  Concentration = 50X  We need to calculate volume for 50X. Volume = 500 ml  Concentration =…

Q: How many micro liters are there in 2.89x10^4 ng of CH3OH (density = 0.791 g/mL)

A: Given data :  Mass of CH3OH = 2.89 × 104 ng  1 ng = 1× 10-9 g  So, mass of CH3OH = (2.89× 104) × (1×…

Q: Mass of an object with a density of 5.18 mL and volume of 1.68 g/mL

A: It is given that, density of object is 1.68 g/mL and volume of that object is 5.18 mLWe know,Mass of…

Q: Units (c) (20.0 g - 8.5 g)/(0.028 mL - 0.002 mL) Hint

A:

Q: Convert 8.5 mg/mL in μg/μL

A: mg/mL is equal to  μg/μL

Q: Convert 9.37×10−3 m9.37×10−3 m to the equivalent length in nanometers.

A:

Q: Convert 450LB into Mg(micro-gram)

A: We have to predict the mass in mg.

Q: Calculate the density of a 3.00 * 102g object that has avolume of 50.0 mL.

A: Density is given by the ratio of mass of the substance to that of the volume.

Q: Katie is to receive medication in 30.0 mL of fluid over 40.0. minutes. Using a drip factor of 60.0…

A:

Q: 4. 5 mi = 5. 2 mi = 6. 8000 g = ft yd kg

A: • We need to convert 5 mi into _____ ft    • Since, we know that 1 mile (mi) = 5280 feet (ft)…

Q: Conversion of 23.12 mm2/s to kg/ms

A:

Q: 6.8 x 104  mg to 1kg

A: We know, 1 milligram (mg) = (1/1000000) Kilogram (Kg) Or, 1 milligram (mg) = 0.000001 Kilogram (Kg)

Q: 543.7 g + 568.45627 ml

A: We need to add two numbers with different significant figures.  In addition or subtraction of…

Q: and 75.0 mL 1.20 M 1.

A:

Q: Convert 9lpg luse 3 conversion factors).

A:

Q: The density of methanol at 20C is 0.791g/mL. What is the mass in grams of 280mL sample.

A: Given : Density of methanol = 0.791 g/mL And volume of sample = 280 mL

Q: convert 1228kg/ML to g/ml

A: The question is based on the unit conversion of Kg/mL to g/mL.         In general these are the…

Q: 8) Carry out the following conversions: a) 8.75 mm/s to km/hr b) 60.0 cm/day to inches per hour…

A: To carry the following conversions one must know the direct relationship between the given units,

Q: Medication with strength 1 g/2 mL has been ordered at 10 mg/kg. The patient weighs 198 lb. How much…

A: weight of patient = 198 lb 1 lb = 0.4536 kg than  weight of patient = (198)(0.4536), kg   = 89.8128…

Q: 10^-2 + 9.92 x 10^-3

A: In multiplication,  significant figure rules in multiplication  , The answer has the minimum number…

Q: 0.85kg/inc to g/cm

A: Given unit = 0.85 kg/inch

Q: 1.285 x 10^-2 + 1.24 x 10^-3 + 1.879x 10^-1

A: Value of 1.285 x 10^-2 + 1.24 x 10^-3 + 1.879x 10^-1 in correct significant digit?

Q: needing help with metric to metric conversions with Chemistry 110...   650Gg to kg 0.650cL to dL

A: The conversion of Gigagram (Gg) to kilogram (kg) is shown below.

Q: The specific gravity of a urine sample at 20°C is 1.016. What is its density, in g/mL?

A: Given: The specific gravity of a urine sample=1.016 To find: Density of the sample

Q: ny mL of 0.2

A:

Q: 13.78g divided by 11.3 mL

A: Answer  13.78g divided by 11.3 mL    Density  = mass/ volume

Q: 0.6 v/v to mL/L

A: It is given that 0.6 v/v needs to converted into mL/L, and % v/v  is defined as, mL of a solute…

Q: An insulin drip is mixed as 400.0 units in 250.0 mL Normal Saline (NS). Calculate the drip rate in…

A:

Q: 3. 60 gtt = mL

A: Both gtt and millilitres(ml) are used to measure the volume  No.of gtt= 3.60

Q: O 07x 10-10 M

A: This question is related to pH.

Q: Convert 1.3g/mL  to kg/L

A: It is given that the value is 1.3 g/mL.

Q: The blood serum acetone for a person  is determined to be 18 mg of acetone per 100 mL of serum.…

A: The volume percent is defined as the ratio of volume of solute to the volume of solution multiply by…

Q: 8) Carry out the following conversions: a) 8.75 mm/s to km/hr b) 60.0 cm/day to inches per hour…

A: Quantities can be converted from one unit to another unit by means of the relation between the two…

Q: Unit Conversion: 3.05 × 10−1 s to ms

A: An unit is a standard for making measurements and more importantly compare them.

Q: Given Benzene - https://fscimage.fishersci.com/msds/02610.htm   What is its boiling point…

A: Given that  The boiling point of benzene is 80.1°C

Q: use metric conversions factors. 44.2mL to liters

A: Metric conversion factors are used to convert the units of numbers.  Some of the factors that can be…

Q: Density of lead 75.63g (4 rods), start 21.0 ml, end 16.80ml

A: Calculate the density of lead in the given condition---

Q: Sampiz Exeraise A A 6.0Ft Person weighs 16816. Express this Ferson's height in meters and weight in…

A: Given: The height of the person = 6 ft The mass of the person = 168 lbs.

Q: The conversion factor used to convert 55.6 km to miles is • View Available Hint(s) 1.61 km 1 mile…

A: Given: 55.6 km

Q: Sample Weight (g) (density 3% H2O2 soln = 1.00 g/mL)

A: Density = Mass / Volume

Q: 16.0 x10-5 3. 4.0 x 10-5 K[0.200]m[0.100]" K(0.100]m[0.100]n m=?

A: Given

Matter and Measurement

In the universe, there is matter, energy, and void space. The universe contains energy and void space. The definition of matter can be considered as something which possesses mass and consumes space. Chemistry is that branch of science which deals with the study of matter. Under chemistry, nature, composition, and the changes occurring to matter are discussed.