Soft drinks are sold in 2-liter bottles or 354-milliliter containers. Which container holds more?
A 2-liter bottle holds more than a 354-milliliter container.
0.036 kL =Blank Space __________ L
0.036 kL is equal to 36 L.
Convert.
4.8 g = __________ kg
4.8 g is equal to 0.0048 kg.
Convert.
334 kg =Blank Space __________ g
334 kg is equal to 334,000 g.
Question 8 options:
Convert.
123 m = Blank Space__________ km
123 m is equal to 0.123 km.
Question 9 options:
Convert.
152 kg = Blank Space__________ cg
152 kg is equal to 15,200,000 cg.
A chemistry experiment needed 12.45 grams of chemical to produce one liter of a gas. If Zoe wanted 24 liters of gas, how many kilograms of the chemical will she need?
To find out how many kilograms of the chemical Zoe will need, we need to first determine the amount of grams needed for 24 liters of gas.
According to the given information, 1 liter of gas requires 12.45 grams of the chemical.
Thus, for 24 liters of gas, the total grams of the chemical needed can be calculated as:
24 liters * 12.45 grams/liter = 298.8 grams
Finally, to convert grams to kilograms, we divide the total grams by 1000:
298.8 grams / 1000 = 0.2988 kilograms
Therefore, Zoe will need approximately 0.2988 kilograms of the chemical.
Question 5 options:
Convert.
0.036 kL =Blank Space __________ L
0.036 kL is equal to 36 L.
Which scenario involves a reaction that is at equilibrium?
A scenario that involves a reaction that is at equilibrium is when the forward and reverse reactions are occurring at the same rate and the concentrations of reactants and products remain constant over time.
Which scenario involves a reaction that is at equilibrium?
Responses
The reaction is producing reactants and products at an equal rate.
The reaction is producing reactants and products at an equal rate.
The reaction is only producing products.
The reaction is only producing products.
The reaction is producing more products than reactants.
The reaction is producing more products than reactants.
The reaction is producing more reactants than products.
The reaction is producing more reactants than products.