hat does the author say in the second paragraph about parenting advice?

hat does the author say in the second paragraph about parenting advice? Correct Answer Its core objective has remained constant

Bissoy MCQ

Related Questions

The primitive translation vectors of the body centred cubic lattice are $$\overrightarrow {\bf{a}} = \frac{a}{2}\left( {{\bf{\hat x}} + {\bf{\hat y}} - {\bf{\hat z}}} \right),\,\overrightarrow {\bf{b}} = \frac{a}{2}\left( { - {\bf{\hat x}} + {\bf{\hat y}} + {\bf{\hat z}}} \right)$$        and $$\overrightarrow {\bf{c}} = \frac{a}{2}\left( {{\bf{\hat x}} - {\bf{\hat y}} + {\bf{\hat z}}} \right)$$    . The primitive translation vectors $$\overrightarrow {\bf{A}} ,\,\overrightarrow {\bf{B}} $$  and $$\overrightarrow {\bf{C}} $$ of the reciprocal lattice are
$${\bf{\hat A}}$$ and $${\bf{\hat B}}$$ represent two physical characteristics of a quantum system. If $${\bf{\hat A}}$$ is Hermitian, then for the product $${\bf{\hat A\hat B}}$$  to be Hermitian, it is sufficient that
$${{\bf{\hat A}}}$$ and $${{\bf{\hat B}}}$$ are two quantum mechanical operators. If $$\left[ {{\bf{\hat A}},\,{\bf{\hat B}}} \right
A son and father goes for boating in river upstream . After rowing for 1 mile son notices the hat of his father falling in the river. After 5 min he tells his father that his hat has fallen. So they turn round and are able to pick the hat at the point from where they began boating after 5min. Find the speed of river in miles/hours ?
S1:A black haired, young woman came tripping along.
P :She was leading a young woman wearing a hat.
Q :The woman swept it off and tossed it in the air.
R :The child jumped up to catch the hat.
S :The young man tossed his head to shake the hat back.
S6:Both disappeared from view.

The Proper sequence should be:
A vector $$\overrightarrow A = \left( {5x + 2y} \right)\hat i + \left( {3y - z} \right)\hat j + \left( {2x - az} \right)\hat k$$        is solenoidal, if the constant a has a value
A particle with an initial velocity $${v_0}{\bf{\hat i}}$$ enters a region with an electric field $${E_0}{\bf{\hat j}}$$ and a magnetic field $${B_0}{\bf{\hat j}}.$$ The trajectory of the particle will
A rod of length L with uniform charge density $$\lambda $$ per unit length is in the XY-plane and rotating about Z-axis passing through one of its edge with an angularvelocity $$\overrightarrow \omega $$ as shown in the figure below. $$\left( {{\bf{\hat r}},\,\hat \phi ,\,{\bf{\hat z}}} \right)$$   refer to the unit vectors at Q, $$\overrightarrow {\bf{A}} $$ is the vector potential at a distance d from the origin O along Z-axis for d ≪ L and $$\overrightarrow {\bf{J}} $$ is the current density due to the motion of the rod. Which one of the following statements is correct?
Electromagnetic Theory mcq question image
Article 74(2) the question whether any, and if so what, advice was tendered by Ministers to the President shall not be inquired into in any court.
In the light of article 74(2) and decided cases, test the correctness of the following statements:
Statement 1. The Courts are justified in probing as to whether there was any material on the basis of which the advice was given, and whether it was relevant for such advice and the President could have acted on it.
Statement 2. When the Courts undertake an enquiry into the existence of such material, the prohibition contained in article 74(2) does not negate their right to know about the factual existence of any such material.
A particle of mass 2 kg is moving such that at time t second. Its position in metre is given by $$\overrightarrow {\bf{r}} \left( t \right) = 5{\bf{\hat i}} - 2{t^2}{\bf{\hat j}}.$$    The angular momentum of the particle at t = 2 s about the origin in kg-m2/s, is