in which they housed zooplankton with caged predators at control(no predator)/low/high densities. To control for other...

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in which they housed zooplankton with caged predators at control(no predator)/low/high densities. To control for other sources of variation, the researchers housed the zooplankton (and the caged predators) in blocks (in this example, the blocks would be buckets or aquaria). In this problem, blocks are treated as a continuous variable (and not as a grouping variable). The coefficients of the results of the analysis are below. Variable Estimate (Intercept) Block treatmentHigh treatmentLow 3.50 -0.16 1.81 0.98 Seeing this analysis, what is your prediction of zooplankton diversity in block 3, with low predator density? Show your work if you are unsure. in which they housed zooplankton with caged predators at control(no predator)/low/high densities. To control for other sources of variation, the researchers housed the zooplankton (and the caged predators) in blocks (in this example, the blocks would be buckets or aquaria). In this problem, blocks are treated as a continuous variable (and not as a grouping variable). The coefficients of the results of the analysis are below. Variable Estimate (Intercept) Block treatmentHigh treatmentLow 3.50 -0.16 1.81 0.98 Seeing this analysis, what is your prediction of zooplankton diversity in block 3, with low predator density? Show your work if you are unsure.