Will I Am - Nicki Minaj Check It Out
Verse 1:
Yo Yo Yo, check it out
Yo Yo Yo, check it out
Yo Yo Yo, check it out
Yo Yo Yo, check it out
I'm a superstar, I'm a superstar
I'm a superstar, I'm a superstar
Chorus:
Nicki Minaj check it out, Nicki Minaj check it out
I got a superstar attitude, you know I got the juice
Nicki Minaj check it out, Nicki Minaj check it out
You ain't ready for the level that I'm on right now
Verse 2:
Super fly like bunnies in May
Come to work with the radio active blasting out your day
People tell me they wish they could be me and look so good on stage in that bra and underwear tight
Chorus:
Nicki Minaj check it out, Nicki Minaj check it out
I got a superstar attitude, you know I got the juice
Nicki Minaj check it out, Nicki Minaj check it out
You ain't ready for the level that I'm on right now
Bridge:
Yo Yo Yo, you don't want to go against me
Because when I'm in the zone I can get the job done with ease
I got my sexy boots on and my glitter dress on tight, feeling fly and I ain't even drinking milkshakes tonight (Check it out)
Chorus:
Nicki Minaj check it out, Nicki Minaj check it out (Check it out)
I got a superstar attitude, you know I got the juice (I got the juice)
Nicki Minaj check it out, Nicki Minaj check it out (Yeah)
Yeah, check it out! Look who showing up (Who?) The best, bitch look up (Up) We so fly (Freaky) Look at us now (Now) We standing tall (Tall) And we coming for the crown (Crown) You can't stop us now (Now) Look who showing up (Who?) The best, bitch look up (Up) We so fly (Freaky) Look at us now (Now) And we on our way to shine and to conquer like Diana Ross or Jay-Z we bout to set this industry on fire with fire words from hell to ignite every situation when I get up in your face my fan base won't stand still even though my record sales don't blow up their hearts burst from all the anticipation you will say 'I can't believe I got this bad chick for a chick right now, her game is insane, what the hell am I doing here?' So keep on laughing when I arrive you gon' feel like Game of ThronesInterpretive Summary: An accurate estimate of biomass production and growth rates of plant crops is essential for planning harvesting operations and evaluating their environmental impacts. Therefore, an understanding of how soil temperature and moisture influence crop growth is crucial. In this study, we developed a mathematical model to estimate plant biomass production and growth rates from field-measured soil temperature and moisture data. Our model uses data collected from experiments that used various soil moisture levels and soil temperatures in various field locations. We also conducted sensitivity analysis of the model to test how each of these factors individually affected plant biomass production and growth rates. The results indicate that soil moisture had a greater impact on plant biomass production and growth rates than soil temperature. Furthermore, we identified two types of plants with distinct response patterns to soil moisture. One type had more robust biomass production when soil moisture was higher while the other type was more sensitive to changes in soil moisture and had lower biomass production. Our model can be used to estimate plant biomass production and growth rates from field-measured soil temperature and moisture data. This information can be used by farmers and agronomists to better understand how soil temperature and moisture affect crop growth and to make more informed decisions about harvesting operations. Additionally, our model can be used by environmentalists to evaluate the environmental impacts of harvesting operations on plant biomass production and soil fertility. Therefore, our model has broad applications for agricultural and environmental research.
Technical Abstract:
Biomass production and growth rates of crops are influenced by numerous factors including soil temperature and moisture. Accurate estimation of these factors is crucial for planning harvesting operations and evaluating their environmental impacts. Therefore, an understanding of how soil temperature and moisture influence crop growth is crucial. In this study, we developed a mathematical model to estimate plant biomass production and growth rates from field-measured soil temperature and moisture data using data collected from experiments that used various soil moisture levels and soil temperatures in