When the temperature increases the pressure must also increase.
Now we know that he is getting a raise by 9%.
So that means we have to find out what is 9% of $58,000.
we can do this by multiplying them.
But first we turn 9% into a decimal.
9% = 0.09
Lets multiply
0.09 x $58,700 = $5,283
So since this is a raise we have to add that 9% to our first value.
$58,700 + $5,283 = $63983
So Frank now earns in his new salary $63,983
Answer:
2×10^-4m^3/0.002m^3
Explanation:
first know the formula of getting density which is
density=mass/volume
substitute with values given in the problem
{before beginning convert all the values to SI units}
13600m/cm^3=2.27kg/x
calculate to solve for x=volume
A positive charged atom has lost electrons.
Electrons are present in the outer shell of an atom, loosely bond to the nucleus, the only binding force on the electrons is the electric force, while the protons are inside the nucleus, and tightly bond to the nucleus by nucleus binding force, therefore an atom can only be positively charged when it loose electron from the shall.
To solve this problem it is necessary to apply the concepts related to relativity.
The distance traveled by the light and analyzed from an observer relative to it is established as
Where,
L = Length
c = Speed of light (7.58m/s at this case)
v = Velocity
Our velocity can be reached by kinematic motion equation, where
Here,
d = Distance
t = Time
Replacing
Replacing at the previous equation,
Therefore the distance covered, according to the catcher who is standing at home plate is 24.5461m