?

How could you make the RMS smaller (i.e. more accurate)?

Any help is greatly appreciated! Thanks!

Based on a normal population distribution, is there an apparent relationship between:

a) the mean and the parent population

b) the standard deviation and the parent population 

c) the shape (symmetry/skew) of the distribution of sample means and the parent population

Any help is greatly appreciated! Thanks!

Julia

Ingrid

Katherine

Elizabeth

Charlotte

Annabelle

Veronica

Dimitria

Lucinda/Lucille

Lucy

Eleanor

Beatrice

Victoria

Nina

Natalie

Olivia

Emerson

Tatum

Alyson

Meredith

Cordelia

Delia

Della

Marcy

The length of time it takes to find a parking space at 9 A.M. follows a normal distribution with a mean of five minutes and a standard deviation of two minutes.

Based upon the given information and numerically justified, would you be surprised if it took less than one minute to find a parking space?

a. Yes

b. No

c. Unable to determine

I need some help with this question, I would prefer the steps how to do it over the answers so that I can understand it better. Thanks.

Calculate the percentile for the number 16 in the following list:

2, 3, 5, 7, 8, 8, 10, 12, 14, 16, 16, 17, 19, 20, 20

***NOTE: I used the (x-0.5)y/n (100) calculation and I always end with 127 as my answer...I just need someone to confirm if I'm doing this correctly.

The population parameters below describe the full-time equivalent number of students (FTES) each year at Lake Tahoe Community College from 1976–1977 through 2004–2005.

• μ = 1000 FTES

• median = 1,014 FTES

• σ = 474 FTES

• first quartile = 528.5 FTES

• third quartile = 1,447.5 FTES

• n = 29 years

A sample of 11 years is taken. About how many are expected to have a FTES of 1014 or above? Explain how you determined your answer.

***NOTE: I don't quite get what I am supposed to do...so far I guess calculated the IQR which is 919 FTES. After that, I am lost.

Andrew or Alexander

Brandyn or Bryan

Christian or Cane

Dimitri or Derek

Emerson or Ethan

Flynn or Finn

Garnet or Gabriel

Hunter or Heath

Ian or Ivan

James or Jonathan

Kristian or Kane

Liam or Luke

Michael or Maksim

Nicholas or Nick

Oliver or Onyx

Parker or Paul

Quinn or Quention

Ryan or Ryker

Samuel or Skylar

Tanner or Tyler

Uriah or Uri

Valentin or Victor

William or Will

Xander or Xavier

Yvon or Yannick

Zayn or Zachary

Alyson or Autumn

Bella or Bailey

Catherine or Charlotte

Delia or Dimitria

Elizabeth or Emerson

Faith or Faye

Grace or Gianna

Hailey or Holly

Ingrid or Isabella

Julia or Julianna

Katherine or Katie

Lucy or Lily

Matilda or Meredith

Nina or Natalie

Olivia or Oakley

Presley or Paisley

Quinn or Queenie

Rosemary or Roxanne

Summer or Samantha

Tatum or Theresa

Ursula or Uma

Veronica or Victoria

Willow or Whitney

Xara or Xandra

Yuri or Yulia

Zoey or Zara

Amethyst

Ruby

Emerald

Opal

Jade

Amber

Sapphire

Crystal

Jasper

Pearl

Topaz

Jewel

Ivory

Diamond

Garnet

Onyx

Zircon

Alexandrite

What are the advantages and disadvantages of the SIM mode and the SCAN mode.

Not many people have heard of or seen cochlear implants in person but I was wondering what your views/opinions are on cochlear implants.

BQ: Are cochlear implants considered to be a controversial topic?

Explain how internal standard calibration methods can be used to compensate for injector variability in GC (gas chromatography) analysis.

NOTE: I just guessed that it's because we are still able to get the correct concentration for the sample even though a serious problem was encountered in the sample injection process BUT I have a feeling this is incorrect or something.

A 0.23 mg sample of pure Galliu,-68 has a half-life of 68 minutes and decays β+ emission. What will its activity be after exactly 3 hours?

Consider a particle with a charge of of 1.3C.

a) Find the electric potential at point A, located 1.5m north of the particle.

b) Find the electric potential at point B, located 2.0 m above the particle.

c) Would it require extra work to move an electron from point A to B or could the electron do work moving from point A to B?

d) How much work would be required or released moving an electron from point A to B?

(Electric potential and work are scalars.)

***NOTE: For a) I got 7.7913x10^9 V and for b) I got 5.8435x10^9 V.

I am having trouble with c) and d) since I am not quite sure how to start them. Thanks!

Katherine Elizabeth

Julia Elizabeth

Charlotte Elizabeth

Ingrid Elizabeth

Katelyn or Kaitlin

Julianna or Juliana

Victoria or Viktoria

Annabelle or Anabel

Scarlette or Scarlett

Bridget or Bridgette

Chloe or Khloe

Alyson or Alison

Catherine or Katherine

Elizabeth or Elisabeth

Marcy or Marcie

Lucy or Lucie

Isabel or Isabelle

Rosemary or Rosemarie

Marley or Marlie

Emerson or Emersyn

Kim or Kym

Maya or Maia

May or Mae

Juliet or Juliette

Mackenzie or McKenzie

Zoe or Zoey

Whitney or Witney

Elodie or Elody

Veronica or Veronika

Lissa or Lisa

Andrew or Alexander

Brandyn or Bryan

Charlie or Carson

Dimitri or Daniel

Emerson or Ethan

Flynn or Frank

Gabriel or Garnet

Heath or Hunter

Ian or Isaac

James or Jonathan

Kristian or Kaden

Liam or Luke

Matthew or Michael

Nicholas or Noah

Owen or Oliver

Preston or Paul

Quinn or Quentin

Ryan or Ricky

Shawn or Shane

Tanner or Tyler

Uriah or Usher

Valentin or Victor

William or Wesley

Xander or Xavier

Yvan or Yannick

Zane or Zachary

Alyson or Autumn

Bailey or Beverly

Charlotte or Cordelia

Delia or Delilah

Elizabeth or Elodie

Faith or Faye

Grace or Gianna

Hailey or Hilary

Ingrid or Isabella

Julia or Jennifer

Katherine or Katelyn

Lia or Lily

Matilda or Meredith

Nina or Natalie

Olivia or Ophelia

Presley or Paisley

Quinn or Qiana

Rosemary or Rosalie

Samantha or Summer

Tatum or Talia

Ursula or Ulani

Veronica or Victoria

Whitney or Willow

Xandra or Xaria

Yasmine or Yulia

Zoe or Zara

1. Dimitri

2. Emerson

3. Andrew

4. William

5. Maksim

6. Garnet

7. Gabriel

8. James

9. Valentin "Val"

10. Nicholas

1. Julia

2. Ingrid

3. Elizabeth

4. Katherine

5. Charlotte

6. Isabella

7. Alyson

8. Summer

9. Autumn

10. Nina