Answer : The temperature on the kelvin scale is, 277.15 Kelvin
Explanation :
As we are given the temperature in degree Celsius. Now we have to need to convert the temperature from degree Celsius into kelvin.
Conversion used for the temperature from degree Celsius to Kelvin :
Therefore, the temperature on the kelvin scale is, 277.15 Kelvin
Answer:
Independent Variable = Years
Dependent Variable = Number of Mobiles phone owners
Explanation:
Independent variables are plotted on x-axis and the dependent variables are plotted on y-axis.
In given graph the "Years" belong to x-axis hence, years are the independent variables.
Also, "Number of Mobile phones owners" belong to y-axis hence, this number is the dependent variable.
3.44x10^23 divided by 6.02x10^23 equals 0.571 mol Cu.
B. lightning striking as the storm forms.
C. the movement of continental tropical air masses.
D. the action of waves in warm ocean waters.
Huge storms called hurricanes have winds that rotate at a rate of 74 miles per hour. The spinning wind blows with a scary force across the tropical waters' warm surface. A hurricane’s energy comes from the condensation of large amounts of water vapor. The correct option is A.
Hurricanes are fueled by thunderstorms and warm ocean waters. Hurricanes frequently begin as tropical waves, which are low-pressure systems that pass over moist regions of the tropics and may intensify shower and thunderstorm activity. Hurricanes form over the ocean.
The eye, eyewall, and outer region are the three main components of a mature hurricane. A vertical cut through a mature hurricane's center.
Thus the correct option is A.
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(a) Balance the above redox reaction.
(b) Determine the concentration of H2O2 solution in molarity if 10.00 mL of this solution requires 20.00 mL of 1.5 M MnO4− for a complete reaction.
Answer:
A)
B) 7.5 molar
Explanation:
A)Reduction
Oxidation
Multiplying the oxidation reaction by 5/2 and adding it to the reduction equation:
+
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B) 10 ml = 0.01 L
20 ml = 0.02 L
mol of MnO4− = molarity*volume = 1.5*0.02 = 0.03
1 mol of MnO4− reacts with 5/2 mol of H2O2, then:
mol of H2O2 = 0.03*5/2 = 0.075
molarity = mol/volume = 0.075/0.01 = 7.5 molar