bikramjitsingh0711 bikramjitsingh0711
  • 19-05-2021
  • Mathematics
contestada

For a bell-shaped distribution with µ = 30, what is the most probable value for the mode?

Respuesta :

MrRoyal
MrRoyal MrRoyal
  • 24-05-2021

Answer:

[tex]Mode = 30[/tex]

Step-by-step explanation:

Given

[tex]\mu = 30[/tex] --- Mean

Required

The possible value of the mode

For a bell-shaped distribution, we have:

[tex]Mean = Mode[/tex]

Rewrite as:

[tex]Mode = Mean[/tex]

This gives;

[tex]Mode = \mu[/tex]

Hence:

[tex]Mode = 30[/tex]

Answer Link
lak521
lak521 lak521
  • 24-05-2021

Answer:

For a bell-shaped distribution with µ = 30,

Mode =30

Step-by-step explanation:

good luck

Answer Link

Otras preguntas

Which sentence uses the correct MLA in-text citation? A. Dr. Donna Neville, author of the book Body Conscious, says that young girls often have the most self-e
Which of these thesis statements is restricted? Cancer is a deadly disease. Pets are a welcome addition in most homes. Social Security is a tricky issue for any
What is the purpose of the heat-killed peas?
5/8+1 1/4- 5 1/6 + 1 1/3 help me
which of the following techniques is the key in the process of close reading?
are 7/2 and 16/6 proportional
passage. In this excerpt from Virginia Woolf's Mrs. Dalloway, identify the text that makes unconventional use of metaphors. What an extraordinary habit that was
which of these would have a frequency greater than an X-ray A UV ray B violet light C microwaveD gamma ray
Use a transformation to solve the equation. f . 8 = 40 A) f= 5 B) f = 32 C)f = 48 D) f = 320
solve 5x(x-6)(4x+9)=0