![Bland-Altman plots of Fatmax and MFO determined with SIN, P3 or MV.... | Download Scientific Diagram Bland-Altman plots of Fatmax and MFO determined with SIN, P3 or MV.... | Download Scientific Diagram](https://www.researchgate.net/profile/Ilaria-Croci/publication/262812061/figure/fig1/AS:340015264616461@1458077364799/Bland-Altman-plots-of-Fatmax-and-MFO-determined-with-SIN-P3-or-MV-SIN-sine-model-P3.png)
Bland-Altman plots of Fatmax and MFO determined with SIN, P3 or MV.... | Download Scientific Diagram
![Comparison of values of Fat max (%V ˙ O 2max ) determined with SIN and... | Download Scientific Diagram Comparison of values of Fat max (%V ˙ O 2max ) determined with SIN and... | Download Scientific Diagram](https://www.researchgate.net/profile/Davide-Malatesta/publication/26332050/figure/fig4/AS:667174083506181@1536078105264/Comparison-of-values-of-Fat-max-V-O-2max-determined-with-SIN-and-P3-A-and.png)
Comparison of values of Fat max (%V ˙ O 2max ) determined with SIN and... | Download Scientific Diagram
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![If p^(2) = a^(2) cos^(2) theta + b^(2) sin^(2)theta, prove that p + (d^(2p)/(d theta^(2))) =(a^(2)b^(2))/p^(3) If p^(2) = a^(2) cos^(2) theta + b^(2) sin^(2)theta, prove that p + (d^(2p)/(d theta^(2))) =(a^(2)b^(2))/p^(3)](https://doubtnut-static.s.llnwi.net/static/web-thumb/234808762_web.png)
If p^(2) = a^(2) cos^(2) theta + b^(2) sin^(2)theta, prove that p + (d^(2p)/(d theta^(2))) =(a^(2)b^(2))/p^(3)
![sin(p+1)x+ sin x , X0 P3/2 ha NI mla Ans. [3] Vx+x? - x Sol. RHL = lim X >0+ 83/2 1 = lim V1+x-1 Ix T x=0 THT = lim sin(p+1)X + sin(p+1)x+ sin x , X0 P3/2 ha NI mla Ans. [3] Vx+x? - x Sol. RHL = lim X >0+ 83/2 1 = lim V1+x-1 Ix T x=0 THT = lim sin(p+1)X +](https://d2rrqu68q7r435.cloudfront.net/images/7863245/b71122b8-962a-40a9-adde-ad191f5757b5.jpg)
sin(p+1)x+ sin x , X0 P3/2 ha NI mla Ans. [3] Vx+x? - x Sol. RHL = lim X >0+ 83/2 1 = lim V1+x-1 Ix T x=0 THT = lim sin(p+1)X +
![SOLVED:(P3) [11 points] Two waves linear waves of equal amplitude and frequency have a phase difference $, as they travel in the same medium. Their displacements can be represented by the equations: SOLVED:(P3) [11 points] Two waves linear waves of equal amplitude and frequency have a phase difference $, as they travel in the same medium. Their displacements can be represented by the equations:](https://cdn.numerade.com/ask_images/9e3560704e824ee3a0da8ce9ecfba2ba.jpg)
SOLVED:(P3) [11 points] Two waves linear waves of equal amplitude and frequency have a phase difference $, as they travel in the same medium. Their displacements can be represented by the equations:
![College algebra . ]^= V2 [cos (46f + m 120°) + i sin (45°+ m 120°) ]. For TO = 0, 1, and 2, this expression - reduces to 1 + i, -^ College algebra . ]^= V2 [cos (46f + m 120°) + i sin (45°+ m 120°) ]. For TO = 0, 1, and 2, this expression - reduces to 1 + i, -^](https://c8.alamy.com/comp/2AX2307/college-algebra-=-v2-cos-46f-m-120-i-sin-45-m-120-for-to-=-0-1-and-2-this-expression-reduces-to-1-i-2008-165-i-sin-165-v2-cos-285-i-sin-285-respectively-any-one-of-these-threegtx-numbers-is-a-cube-root-of-2-2-ithe-points-pi-pj-p3-representingthese-three-numbers-lie-at-equalintervals-on-a-circle-of-radius-2fig-23-fig-23-10-v2-2i-11-v-8-831-12-vs-3-i-13-64oos-60-i-sin-60-14-v64cos60-isin60-15-v64cos-60-i-sin-60-1618-vcos300-isin800-17-v-4-4i-hint-write-in-the-form-vo-i19-yw-2AX2307.jpg)
College algebra . ]^= V2 [cos (46f + m 120°) + i sin (45°+ m 120°) ]. For TO = 0, 1, and 2, this expression - reduces to 1 + i, -^
![SOLVED:Estimate the error if P3(x) =x - used to estimate the value of sin X atx=0.6 [Errorl (Simplify your answer Round to seven decimal places as needed ) SOLVED:Estimate the error if P3(x) =x - used to estimate the value of sin X atx=0.6 [Errorl (Simplify your answer Round to seven decimal places as needed )](https://cdn.numerade.com/ask_images/5295c64912fe4e489d3955001837b3a5.jpg)