Modeling the Functions of Atmospheric Carbon
For thousands of years, there was a gradual increase of carbon in Earth’s atmosphere. Students can model the historical data using linear functions. Then they can learn about climate change in the modern era by using a combination of exponential and ...
Baah, Faustina +3 more
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The wrapping Epanechnikov exponential distribution: A novel flexible model for asymmetric circular data. [PDF]
Alotaibi SAS +3 more
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Innovative solutions for lossy nonlinear transmission lines model using a modified extended mapping approach with fractional effects. [PDF]
Hussein HH, Alexan W, Kandil SA.
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New precise solitary wave solutions for coupled Higgs field equations via two enhanced methods. [PDF]
Hassan U +4 more
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A comprehensive analytical study of solitons and nonlinear dynamics in a concatenated DNLS-type model. [PDF]
Farooq FB +4 more
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An efficient uncertainty integrated aggregation scheme for water quality detection and longitudinal carbon offset estimation in the Yamuna River. [PDF]
Sandhiya M +7 more
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Unveiling solitary and twinning kink solitons in (2+1)-dimensional modified Zakharov-Kuznetsov equation arising in electronics. [PDF]
Al-Sawalha MM, Noor S, Shah R, Yasmin H.
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Trigonometric function transformation and its application in software reliability modeling. [PDF]
Vy DN +4 more
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Bifurcation analysis and soliton solutions of the generalized third-order nonlinear Schrödinger equation using two analytical approaches. [PDF]
Parveen S +6 more
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Exact and numerical investigation of soliton dynamics in nonlinear oscillatory system. [PDF]
Rehman HU +4 more
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