
Question #b6fe0 - Socratic
Start with a diagram of the situation (note the diagram below is not to scale) Then apply basic geometric and trigonometric relations. Being basically lazy, I plugged this stuff into a spreadsheet to do the …
Question #c8a07 - Socratic
Explanation: Because of the symmetrical properties of the Normal distribution, and the information we are given in the question we can draw a diagram as below.
Question #c8d54 - Socratic
"downwards from left to right" >The following facts about the slopes of lines are worth remembering for future use. •" A line with a "color(blue)"positive slope" runs upwards from left to right in the coordinate …
Question #71862 - Socratic
It is matter. The definition for matter is anything that has mass and takes up space (has volume). It is the "stuff" of which things are made. The basic building blocks of matter are atoms. The following …
Answers created by anantha n. - Socratic
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Question #d1389 - Socratic
For ideal gas on a pV diagram, an adiabatic curve is always steeper than an isotherm if they intersect. The ideal gas equation: pV = nRT p is pressure V is volume n is number of moles R is ideal gas …
What do we mean by the term #"mole fraction"#, with respect
And as an example, we could dissolve #58.44*g# of sodium chloride in #1*L# of water to get near enuff to a #1*mol*L^-1# solution. (The volume would change negligibly upon dissolution.
An object with a mass of #12 kg# is on a plane with an incline of ...
Feb 9, 2016 · Use a force vector diagram and trigonometry to find the forces parallel and perpendicular to the plane, generated by the object. Then by using: text{Coefficient of friction} = (text{pushing …
How do you factor 6x^3+34x^2-12x? | Socratic
Given XXX6x3 +34x2 − 12x First extract the obvious common factor of (2x) from each term: XXX(2x)(3x2 + 17x −6) In the hopes of finding integer coefficient factors of (3x2 + 17x −6) we …
Question #ec9fc - Socratic
Larger wavelength will have smaller frequency and vice-versa. However, phase of light #v# in a medium having refractive index #mu# can be different from this value of #c# but it will always be less than …