Any unit of acceleration must have the dimensions (form) of
(a unit of length) / (a unit of time)²
Answer:
<em>18808.7 m/s^2</em>
Explanation:
Given
Length of the pendulum L = 1.44 m
Number of complete cycles of oscillation n = 1.10 x 10^2
total time of oscillation t = 2.00 x 10^2 s
The period of the T = n/t
T = (1.10 x 10^2)/(2.00 x 10^2) = 0.55 ^-s
The period of a pendulum is gotten as
T = 
where g is the acceleration due to gravity
substituting values, we have
0.55 = 
0.0875 = 
squaring both sides of the equation, we have
7.656 x 10^-3 = 144/g
g = 144/(7.656 x 10^-3) = <em>18808.7 m/s^2</em>
Answer:
yes provides the power to move through the circuit
Explanation:
The answer is 323 K.
<u>Explanation:</u>
The Celsius temperature scale is equal to - 273.15.
One kelvin is equal to the change of thermodynamic temperature that results in a change of thermal energy kT by 1.380649 * 10^−23 J.
Convert degrees Celsius to kelvins with this simple formula:
kelvins = [degree C] + 273.15
The formula to convert Celsius to kelvins is degree C + 273.15.
50 degree celsius = 50 + 273.15
= 323.15 = 323 K.
Answer:
<u><em>hydrostatic</em></u><em>; </em><u><em>colloid osmotic</em></u>
Explanation:
Hydrostatic pressure, <em>due to the force of gravity, is the pressure exerted by a liquid at an equilibrium point inside the fluid. </em>
Due to the increasing weight of the water exerting downward force from above, hydrostatic pressure increases in proportion to the distance measured from the surface.
Oncotic pressure, or colloid osmotic pressure, i<em>s a type of protein-induced osmotic pressure, especially albumin, in the plasma (blood / liquid) of a blood vessel which displaces water molecules, causing a relative molecular water deficit with water molecules moving back into the circulatory system within the capillary end of the lower venous pressure.</em>
