By applying Newton's second law of motion;
ma = mg - T
Where,
m = mass; a = downward accelerations (+ve value) or upward acceleration (-ve value); g = gravitational acceleration; T = tension.
For the current case, the velocity is constant therefore,
a = 0
Then,
0 = mg - T
T = mg = 115*9.81 = 1128.15 N
Tension in the cable is 1128.15 N.
Answer:
20 N
Explanation:
In air, the normal force is equal to the weight.
∑F = ma
N − mg = 0
N = mg
Submerged in water, the normal force is equal to the weight minus the buoyant force:
∑F = ma
B + N − mg = 0
N = mg − B
Plugging in values:
80 N = 100 N − B
B = 20 N
Scopes, who has substituted for the regular biology teacher was charged on May the 5th, 1925 with teaching evolution from a chapter in George William Hunters textbook. Civic Biology: Presented in problems which described the theory of evolution... Hope this helps!
Answer: 
Explanation:
We are given:
Relation of 
with 
is given by the formula:
Where,
= equilibrium constant in terms of partial pressure = ?
= equilibrium constant in terms of concentration
R = Gas constant = 
T = temperature = 
= change in number of moles of gas particles = 
Putting values in above equation, we get:
The chemical reaction follows the equation:
The expression for for the given reaction follows:
We are given:
Putting values in above equation, we get:
Hence, the partial pressure of the 
at equilibrium is 0.017 atm.
