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Unit 4 Would this get credit?

Unit 4 Would this get credit?

Assessment

Presentation

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Mathematics

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12th Grade

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Practice Problem

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Hard

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CCSS
HSS.MD.A.2, 6.SP.B.5C, 5.NBT.B.7

+4

Standards-aligned

Created by

Andilyn Williamson

Used 1+ times

FREE Resource

5 Slides • 15 Questions

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Multiple Choice

i. μ=E(G)=1.08≈12.5 geodes\mu=E\left(G\right)=\frac{1}{.08}\approx12.5\ geodes

ii. σG=1−.08.08≈11.99 geodes\sigma_G=\frac{\sqrt[]{1-.08}}{.08}\approx11.99\ geodes

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Multiple Choice

i. 12.5

ii. 11.99

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Multiple Choice

i. 13

ii. 12

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Multiple Choice

i. μ=E(G)=1.08≈13 geodes\mu=E\left(G\right)=\frac{1}{.08}\approx13\ geodes

ii. σG=1−.08.08≈12 geodes\sigma_G=\frac{\sqrt[]{1-.08}}{.08}\approx12\ geodes

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Multiple Choice

i. μ=E(G)=1p\mu=E\left(G\right)=\frac{1}{p}

ii. σG=1−pp\sigma_G=\frac{\sqrt[]{1-p}}{p}

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Multiple Choice

i. 0.0677

ii. 0.0623

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Multiple Choice

i. 0.067712

ii. 0.778688

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Multiple Choice

i. geometpdf(0.08, 3) = 0.0677

ii. 1 - geometcdf(0.08, 3) = 0.7787

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Multiple Choice

i. geometpdf(p=0.08, x=3) = .0677

ii. 1 - geometcdf(p-0.08, x=3) = 0.778688

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Multiple Choice

i. P(Y=3)=(0.92)2(0.08)≈0.067712P\left(Y=3\right)=\left(0.92\right)^2\left(0.08\right)\approx0.067712

ii. P(Y=4)=1−P(1 or 2 or 3)=1−(0.08+0.0736+0.067712)=0.778688P\left(Y=4\right)=1-P\left(1\ or\ 2\ or\ 3\right)=1-\left(0.08+0.0736+0.067712\right)=0.778688

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Multiple Choice

i. 1.08+.0736+.0677+.0623≈3.526\frac{1}{.08+.0736+.0677+.0623}\approx3.526

ii. The mean of 3.5 is the average number of geodes opened.

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Multiple Choice

i. 1-VAR STATS(L1, L2) = 3.545

ii. The mean of 3.545 is the average.

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Multiple Choice

i. μ=E(Y)=1(.08)+2(.0736)+3(.0677)+4(.0623)≈0.6795 geodes\mu=E\left(Y\right)=1\left(.08\right)+2\left(.0736\right)+3\left(.0677\right)+4\left(.0623\right)\approx0.6795\ geodes

ii. The mean of .6795 geodes is the average number of geodes opened.

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Multiple Choice

i. μ=E(Y)=(1)(0.08)+...+4(0.778688)≈3.545 geodes\mu=E\left(Y\right)=\left(1\right)\left(0.08\right)+...+4\left(0.778688\right)\approx3.545\ geodes

ii. 3.5 is the number of red geodes.

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Multiple Choice

i. μ=E(Y)=1(.08)+...4(.778688)≈3.545 geodes\mu=E\left(Y\right)=1\left(.08\right)+...4\left(.778688\right)\approx3.545\ geodes

ii. The mean of 3.545 geodes is the average number of geodes that results from many many trials of opening randomly selected geodes and counting the number opened until either a red geode is found or the 4th geode is opened.

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