The last row also know as noble gasses row also know as 18 row also know as 8A
Answer:
Explanation:
Since we are given time, acceleration, and final velocity, we can use the following formula to find the initial velocity:
Our given values:
<em>Acceleration is negative because the car is slowing down.</em>
Add the values to the formula, and solve for 
:
Answer:
191.316 K or -81.684 °C
Explanation:
From general gas law,
P₁V₁/T₁ = P₂V₂/T₂ ................ Equation 1
Where P₁ = Initial pressure, V₁ = Initial volume, T₁ = Initial temperature, P₂ = Final pressure, V₂ = Final volume, T₂ = Final Temperature.
Make T₂ the subject of the equation.
T₂ = P₂V₂T₁/P₁ V₁ ............... Equation 2
Given: P₁ = 5.00×10⁶ Pa, T₁ = 25.0°C = 298 K, P₂ = 1.07×10⁶.
Let: V₁ = y cm³, V₂ = 3y cm³
Substitute into equation 2,
T₂ = (1.07×10⁶×298×3y)/(5.00×10⁶×y)
T₂ =191.316 K.
Hence the final temperature = 191.316 K or -81.684 °C
It has a flexible vertibrae which allows it to move faster and fit into places . Plus it also allows it to get its prey easier
Are you sure it is not A? That's what I believe the answer is.
