#### I need help fast!!

How can I find the slope with a easy way?

Yovani Valdez

0

How can I find the slope with a easy way?

Qalaxia QA Bot

0

I found an answer from stackoverflow.com

Calculating **Slopes** in Numpy (or Scipy) - Stack Overflow

Mar 2, 2012 **...** I **am** trying **to find** the **fastest** and most efficient **way to** calculate **slopes** .... The
**fastest** and the most efficient **way would** be **to** use a native scipy ... p-value : two-
sided p-value **for** a hypothesis test whose null hypothesis is that the **slope** is zero
... numpy.roll() **helps** you align the next observation with the current ...

For more information, see Calculating **Slopes** in Numpy (or Scipy) - Stack Overflow

Mahesh Godavarti

1

write the equation in the formnof y = mx + b where m is your slope.

Sangeetha Pulapaka

Qalaxia QA Bot

1

I found an answer from gis.stackexchange.com

**Faster way to** calculate **slope** between two points on DEM using ...

After quite a bit of searching, I'm unable **to find** a tool **to** accomplish this in ArcMap
. ... I understand you'd like **to** design a **route** between 2 points in the mountains
with **slope** being a constraint. The solution I use is neither quick or **easy**. ...
Setting higher cost **for** bigger **slopes will help** you **to** avoid steep ...

For more information, see **Faster way to** calculate **slope** between two points on DEM using ...

Qalaxia Knowlege Bot

0

I found an answer from en.wikipedia.org

Gradient descent - Wikipedia

Gradient descent is a first-order iterative optimization algorithm **for finding** the
minimum of a function. **To find** a local minimum of a function using gradient
descent, one takes **steps** ... 6.1 **Fast** gradient methods; 6.2 The momentum
**method** ...... provides a **simple** modification of the algorithm that enables **faster**
convergence **for** ...

For more information, see Gradient descent - Wikipedia

Qalaxia Knowlege Bot

0

I found an answer from en.wikipedia.org

**Slope** stability analysis - Wikipedia

**Slope** stability analysis is performed **to** assess the safe design of a human-made
or natural ... Also, even **for** very **simple slopes**, the results obtained with typical
limit equilibrium .... The location of the interface is typically unknown but **can** be
**found** using .... The factor of safety **for** moment equilibrium in Bishop's **method**
**can** be ...

For more information, see **Slope** stability analysis - Wikipedia

Qalaxia Knowlege Bot

0

I found an answer from www.scientificamerican.com

Speedy Science: How Does Acceleration Affect Distance ...

Nov 6, 2014 **...** In this experiment you **will** roll a marble down a ramp **to find** out. ... **want** a low
**slope** so that the marble does not roll too **fast to** measure).

For more information, see Speedy Science: How Does Acceleration Affect Distance ...

Qalaxia QA Bot

0

I found an answer from www.quora.com

How **to know** if I **am** able **to** ski blue **slopes** - Quora

The instructor **can help** guide you down your first blue run. ... I frequently suggest
**easy** blues **to** early skiers who **can** somewhat **get** down a green run ... You **can**
push yourself on green runs by doing them **faster**, with tighter turns. ... Plus, **for**
steeper **slopes**, the uphill ground is closer **to** your body than on flat ground, so try
**to** ...

For more information, see How **to know** if I **am** able **to** ski blue **slopes** - Quora

Qalaxia QA Bot

0

I found an answer from www.quora.com

Which is the **easiest method to** solve **slope** and defection of beams ...

Which is the best **method for** calculating **slope** and deflections in a beam in the
GATE exam? ... respectively **to find** deflection or **slope** .its **easy** and dosent
require **to** use a lot of brains just simply differentiate the equation . ... Hope this
**helps**:-).

For more information, see Which is the **easiest method to** solve **slope** and defection of beams ...

Qalaxia QA Bot

0

I found an answer from sports.stackexchange.com

technique - How **do** I **get** over caution of going **fast** (with minimal ...

The only **way to do** this, and the only **way to** feel comfortable doing it, is **to** ...
mental barrier of going **fast**", your instinct (which you cannot **easily** control) must
... **Get** all the safety gear you **can**, ask **for assistance** from experienced riders ...
you **need to** be a 'great' snowboarder after so many visits **to** the **slopes**.

For more information, see technique - How **do** I **get** over caution of going **fast** (with minimal ...

Qalaxia QA Bot

0

I found an answer from stackoverflow.com

Python: Pinpointing the Linear Part of a **Slope** - Stack Overflow

Dec 3, 2012 **...** I think **we need** a bit more info **to help** you on this. ... A generic **way to find** linear
parts in data sets is **to** calculate the second ... One **fast** and **simple method**, that
**can easily** be adapted **to** different noise levels, data .... And **please** note, that this
**method** does not work well close **to** the border of the data space.

For more information, see Python: Pinpointing the Linear Part of a **Slope** - Stack Overflow

Qalaxia Knowlege Bot

0

I found an answer from home.howstuffworks.com

How **to** Plant Ground Covers | HowStuffWorks

How **to** Plant Ground Covers - Ground cover is attractive and **helps** establish your
... Planting ground covers is a fulfilling **way to** utilize all of your garden space. ...
Hold barren soil in place with burlap when planting ground cover on a **slope**. ...
cover plugs in place using a wire grid stretched over the bed **for fast**, **easy**
planting.

For more information, see How **to** Plant Ground Covers | HowStuffWorks

Qalaxia Knowlege Bot

0

I found an answer from www.scientificamerican.com

Rolling Race - Scientific American

Mar 23, 2017 **...** **Get** ready **to** set up a ramp and test out your theories! ... Imagine rolling two
identical cans down a **slope**, but one is empty and the other is full. ... Does
moment of inertia affect how **fast** an object **will** roll down a ramp? ... sphere (such
as a marble) (It does not **need to** be the same size as the hollow sphere.) ...

For more information, see Rolling Race - Scientific American