To determine the minimum mass of H₂SO₄ needed, more information is required such as the purpose for which it is being used or the specific reaction being carried out. Can you provide more context or details to help calculate the mass accurately?
To solve this question you need to use the formula, density = mass/volume. So the equation would be 0.79 = mass/589mL. The answer is 465g.
equivelent to Rosie O'Donnel, so in other words, alot equivelent to Rosie O'Donnel, so in other words, alot
you need to do a unit conversion first you need to find the molar mass of the element you do that by adding the atomic mass (on periodic table) of the element or compound so in this case if the chemical symbol is just Ni then the molar mass is 58.69 if it was Ni2 then you would add 58.69 +58.69 and the molar mass would be 117.38... then you have your unit conversion 1 mole of Ni = 58.69g 20.7 moles of Ni * __ 58.69g____ = 1214.88grams 1 1 mole of N.i
1 proton would neutralize 1 electron. According to wikipedia, "An electron has a mass that is approximately 1/1836 that of the proton." so you'd need 1836/1 fold the mass of electrons, or in this case 1,836g of protons.
To find the mass of 3.99 moles of Kr (krypton), you need to multiply the number of moles by the molar mass of Kr. The molar mass of Kr is approximately 83.80 g/mol. So, the mass of 3.99 moles of Kr would be approximately 334.60 grams.
Density = Mass/Volume so you need to measure the mass of the substance and divide by the volume that it occupies.
We need a calendar so everyone knows what day it is. We all have to be on the same day or there would be mass confusion.
Well, you need to have a credit card so i would say 18.
This will vary from county to county in most cases so you'll need to contact your local zoning agent. However if the town does not have a standard minimum then you would fallow what is allowed by the state. In most cases you need a minimum of 1 acre of pasture per horse, so you would need 2 acres of pasture. This does not include space for a barn and other outbuildings.
Your mass would stay the same. Mass is the amount of matter in an object, so your mass would stay at 68kg.
Density is equal to mass divided by volume, so to determine mass you would need to multiply density and volume.
Density is simply mass divided by volume, so that would mean either that the object has zero mass, or that it has a huge extension.Density is simply mass divided by volume, so that would mean either that the object has zero mass, or that it has a huge extension.Density is simply mass divided by volume, so that would mean either that the object has zero mass, or that it has a huge extension.Density is simply mass divided by volume, so that would mean either that the object has zero mass, or that it has a huge extension.
The momentum of any object depends on its mass as well as its speed, so I would need to know the object's mass in order to answer the question.
To calculate density, you need both the mass and volume of an object. If only the mass is given (220g), you would need the volume of the object to calculate its density. Density is equal to mass divided by volume (density = mass/volume). So without the volume of the object, the density cannot be determined.
To solve this question you need to use the formula, density = mass/volume. So the equation would be 0.79 = mass/589mL. The answer is 465g.
28-30 Correction: The minimum age varies from state to state. You would need to check the state statutes in the state where you want to practice. Some states have no minimum age so Doogie Houser could practice there. Others have a minimum age of 18 or some other number.
To neutralize sulfuric acid (H₂SO₄), we first need to determine the moles of H₂SO₄ in the spill. The number of moles is calculated as follows: Moles of H₂SO₄ = Volume (L) × Concentration (M) = 0.024 L × 6.4 mol/L = 0.1536 moles. Since sulfuric acid is a strong acid that can donate two protons, it will react with sodium bicarbonate (NaHCO₃) in a 1:2 ratio. Therefore, we need 0.3072 moles of NaHCO₃. The molar mass of NaHCO₃ is approximately 84 g/mol, so the minimum mass required is: Mass = Moles × Molar Mass = 0.3072 moles × 84 g/mol = 25.77 g. Thus, at least 25.77 g of NaHCO₃ should be added to neutralize the spill.