Answer:
y(i) = h
v(y.i) = 0
Explanation:
See attachment for elaboration
The answer is Convoluted endoplasmic reticulum
Earthquakes and volcanoes most commonly occur around plate boundaries because of the movement from the plate boundaries. The interactions between the plates by moving under, upon, or sliding against other boundaries may cause earthquakes and volcanoes.
Answer:
67.1 atm
Explanation:
From Dalton's law of Partial Pressures, the total partial pressure equals the sum of the individual partial pressures.
P = P₁ + P₂ + P₃
P₁ = 38.39 atm of O₂
P₂ = 3.38 atm of He
P₃ = 25.33 atm of N₂
So, P = P₁ + P₂ + P₃ = 38.39 atm + 3.38 atm + 25.33 atm = 67.1 atm
Answer:
E) d_{2} = 4d_{_{1}}
Explanation:
We know that the range of a projectile is given by:

where:
u = initial velocity of the projectile
angle of projection of projectile
<u>Now, range for ball 1 :</u>

<u>Now, range for ball 2 with double velocity and all the other parameters being the same:</u>


