When the elevator is going up (assuming the elevator is acceleration)
When the elevator is accelerating downwards, the total gravitational force would be larger.
If the elevator is accelerating upwards, then the gravitation force would be smaller, thus the tension in the string would be smaller.
C6H14
Gaseous state
it's unsaturated hence gaseous
The answer is d.
Explanation: dew is a form of condensation
Answer:
5714.29
Explanation:
The given expression is:
200 = m(3.5% )
To solve this problem, we use the concept of multiplicative inverse;
The multiplicative inverse involves using the reciprocal of 3.5% to multiply both side of the expression;
200 = m x 
m = 
x 200 = 5714.29
Answer:
91.8 N
Explanation:
For the second law of Newton, the resultant force (F) is the mass(m) multiplied by the acceleration (a). Two forces are acting: the weight and the force exerted by the bungee cord (Fb). They are at same directions but in different ways, so the resultant force will be the difference between them (Fb is in a positive way):
Fb - m*g = m*a
The acceleration is on downward, so it is -8.3 m/s²
Fb - 54*10 = 54*(-8.3)
Fb = -448.2 + 540
Fb = 91.8 N
