<h2>Standart Deviation Steps:</h2>
1. Work out the mean (the simple average of the numbers).
2. Then for each number: subtract the mean and square the result.
3. Then work out the mean of those squared differences.
4. Take the square root of that.
<h2>Result:</h2>
Number of Elements in Array: 5
Series Average: 34,748
Median: 34,795
Smallest Number: 34,53
Biggest Number: 34.86
Standard Deviation: 0.12716131487209
Variance (Standard Deviation): 0.01617
Standard Deviation of the Population: 0.1137365376649
Variance (Standard Deviation of Population): 0.012936
Im guessing it would be 3.53 × 1023 atoms
Answer:
16.4 L
Explanation:
we can use the combined gas law equation that gives the relationship among volume, temperature and pressure conditions of gases.
P1V1/T1 = P2V2/T2
STP conditions are standard temperature and pressure conditions
P1 is standard pressure = 1 atm , T1 is standard temperature = 273 K
and V1 is the volume
P2 is pressure, T2 is temperature and V2 is volume at the second instance
temperature is in kelvin scale,
512 ° + 273 = 785 K
substituting the values in the equation
1 atm x 10.0 L / 273 K = 1.75 atm x V / 785 K
V = 16.4 L
new volume is 16.4 L
Answer:
Number 3.
Explanation: The sun produces radiation in the car, which then becomes hot because much radiation is coming in, but little goes out.
Assume positive charges
directions outwards from source points like field lines of two repelling magnets
