<h3>adjust to changes </h3><h3>HOPE I HELPED BRAINLY PLZZZZ</h3>
Answer:
<em>2.25 or 9/4.</em>
Explanation:
To solve this problem, you need to set up to equations with variables. Let q1 be the dynamic pressure of the slower fluid moving with velocity v1, and let q2 be the dynamic pressure of the faster fluid moving with velocity v2. Then,
v2 = 1.5v1
Given the equation q = 1
/2
nv2, substituting the dynamic pressure and velocity of the faster fluid gives q2 =
1
/2 n(v2)^2. Since v2 = 1.5v1, the expression 1.5v1 can be substituted for v2 in this equation, giving q2 = 1
/2 n(1.5v1)^2. By squaring 1.5, you can rewrite the previous equation as:
q2 = (2.25)(
1
/2
) n(v1)^2=(2.25)q1
Therefore, the ratio of the dynamic pressure of the faster fluid is
q2
/q1 = 2.25q1
/q1 = 2.25
<em>The final answer is 2.25 or 9/4.</em>
Answer:
Lattice Energy is a type of potential energy that may be defined in two ways. In one definition, the lattice energy is the energy required to break apart an ionic solid and convert its component atoms into gaseous ions.
Explanation: