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Elemental analysis of wild-type (WT)\text {Elemental analysis of wild-type (WT)}  and irt1-1 roots. Plants were grown in\text { and irt1-1 roots. Plants were grown in}

Question 34

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Elemental analysis of wild-type (WT) \text {Elemental analysis of wild-type (WT) }
 and irt1-1 roots. Plants were grown in\text { and irt1-1 roots. Plants were grown in}
 the presence (+Fe)  or absence (−Fe) \text { the presence \(( + \mathrm { Fe } ) \) or absence \(( - \mathrm { Fe } ) \) }
 of iron for 5 days. DW = dry weight\text { of iron for 5 days. DW \(=\) dry weight}
\text {Elemental analysis of wild-type (WT) }   \text { and irt1-1 roots. Plants were grown in}   \text { the presence ( + \mathrm { Fe } )  or absence  <span class=(−Fe) ( - \mathrm { Fe } ) } \text { of iron for 5 days. DW = dry weight} Figure 36.2 -Which of the following is being replenished when carnivorous plants trap and digest small animals? A) energy B) lipids and steroids C) carbohydrates D) nitrogen and other minerals E) water " class="answers-bank-image d-inline" rel="preload" >
Figure 36.2
-Which of the following is being replenished when carnivorous plants trap and digest small animals?


A) energy
B) lipids and steroids
C) carbohydrates
D) nitrogen and other minerals
E) water

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