Hello! I don't know if this will help you any but I worked it out, got nothing on it. So, I just had my twin help me and he had nothing either. But, this is just how to find the transformation. Seems like this is already complete to me.
To find the transformation, compare the equation to the parent function and check to see if there is a horizontal or vertical shift, reflection about the x-axis or y-axis, and if there is a vertical stretch.
Parent function : y=√a
Horizontal shift : None
Vertical shift : none
Reflection about the x-axis : none
Vertical stretch : Stretched.
I am so sorry if this doesn't help you but to me, in both my eyes and my brother's eyes, this already looks complete. I hope this helps you out. Again, so sorry if it doesn't.
-Karleif ☺
Answer:
The acceleration of the object is
.
Explanation:
Given that,
Mass of the block, m = 2.6 kg
Spring constant of the spring, k = 126 N/m
At the instant when the displacement of the spring from its unstained length is 0.115 m. We need to find the acceleration of the object.
When the block is displaced, the force acting on the spring is equal to the force due to its motion. Such as :

a is acceleration of the object

So, the acceleration of the object is
.
Answer:
i) R = R₀/ 5
, ii) Req = R₀ / 25, iii) R_series / R_parallel = 25
Explanation:
i) The resistivity of a metal is constant, therefore resistance is
R = ρ L / A
where we can see that cutting the resistance in 5 parts each part has
R = R₀/ 5
where R ose the original resistance.
ii) The equivalent resinification of a parallel resistance is
1 / Req = ∑ 1 / Ri
1 / Req = 5 1/ (R₀ / 5)
1 / Req = 25 / R₀
Req = R₀ / 25
to buy these values we find their relationship
R₀ /
= 25
iii) the series resistance is
Req = 5 Ri
q = 5 (Ro / 5)
Req = Ro
the relationship between resistance in being and parallel is
R_serie / R_parallel = R₀ / (R₀ / 25)
R_series / R_parallel = 25