Well your body would be trapping heat when your cold your blood contricts to help hold in heat so it would help keep your body tempture up and keep heat from escaping
Answer:
you can do anyhthing in mud shoes that you cant in high heels duh
Explanation:
Answer:
partículas estarían separadas
Explanation:
ya que con el calor las partículas se alborotan y con frío se congelan
Answer:
Her angular velocity when tucked is greater than when straight by a factor of 0.23
Explanation:
Moment of inertia (I) = mr^2 = mv^2/w^2
m is mass of the diver
v is diver's linear velocity
w is her angular velocity
When straight, I = 14 kg.m^2
mv^2/w^2 = 14
w^2 = mv^2/14
w = sqrt(mv^2/14) = 0.27sqrt(mv^2)
When tucked, I = 4 kg.m^2
w^2 = mv^2/4
w = sqrt(mv^2/4) = 0.5sqrt(mv^2)
Her angular velocity when tucked is greater than when straight by 0.23 (0.5 - 0.27 = 0.23)
Answer:
Mass of the gold bar is 90.71 gram.
Explanation:
Given:
volume = 4.7 
density = 19.3 
To find:
mass = ?
Formula used:
density = 
Solution:
density is given by,
density =
mass = volume × density
mass = 4.7 × 19.3
mass = 90.71 g
Mass of the gold bar is 90.71 gram.
