Digital ACT Practice Questions

Based on Table 28, the phenotypic ratio observed in the F2 generation closely approximates: Experiment Context (Dihybrid Inheritance in Pisum sativum): Genetici...

What fraction of the F2 seeds display the double-recessive phenotype (green and wrinkled)? Experiment Context (Dihybrid Inheritance in Pisum sativum): Geneticis...

The 9:3:3:1 ratio demonstrates Mendel's Law of Independent Assortment, which holds true because: Experiment Context (Dihybrid Inheritance in Pisum sativum): Gen...

Based on Table 29, the induced electromotive force (EMF) is: Experiment Context (Electromagnetic Induction in a Wire Coil): Students moved a bar magnet into a 5...

Why is the induced EMF exactly 0.00 V when the magnet sits motionless inside the coil? Experiment Context (Electromagnetic Induction in a Wire Coil): Students m...

According to Lenz's Law, the direction of the induced current in the coil will always: Experiment Context (Electromagnetic Induction in a Wire Coil): Students m...

Based on Table 30, across which depth interval is the steepest drop in seawater temperature (the thermocline) observed? Experiment Context (Subtropical Oceanic ...

Seawater density increases continuously from 1,024.2 kg/m^3 at the surface to 1,027.9 kg/m^3 at 2,000 m primarily because: Experiment Context (Subtropical Ocean...

Why does the surface mixed layer (0 to 100 m) maintain a nearly uniform temperature (24.5°C to 23.8°C)? Experiment Context (Subtropical Oceanic Depth Profiles):...

Based on Table 31, the relationship between capillary tube internal diameter and the equilibrium rise height of water is: Experiment Context (Capillary Rise of ...

Capillary rise occurs in glass tubes because: Experiment Context (Capillary Rise of Water in Glass Tubes): Physics students immersed clean vertical borosilicate...

If liquid mercury (which has cohesive forces far stronger than adhesive forces to glass) were used instead of water: Experiment Context (Capillary Rise of Water...

Comparing Experiment 1 and Experiment 2, doubling [A] while holding [B] constant causes the initial rate to: Experiment Context (Reaction Orders of Reaction 2A ...

Comparing Experiment 1 and Experiment 3, doubling [B] while holding [A] constant causes the rate to: Experiment Context (Reaction Orders of Reaction 2A + B -> C...

What is the overall rate law for this reaction? Experiment Context (Reaction Orders of Reaction 2A + B -> C): Chemists studied the initial rate of formation of ...

Based on Table 33, under anaerobic conditions, yeast produced substantially greater quantities of: Experiment Context (Metabolic Byproducts of Saccharomyces cer...

Why did the anaerobic culture consume nearly four times more glucose (48.6 g vs 12.4 g) than the aerobic culture? Experiment Context (Metabolic Byproducts of Sa...

Under anaerobic conditions, the biological function of converting pyruvate into ethanol and CO2 is to: Experiment Context (Metabolic Byproducts of Saccharomyces...

Based on Table 34, doubling the slit separation d at a constant screen distance (from 0.10 mm to 0.20 mm) causes the fringe spacing y to: Experiment Context (In...

If the red laser (632.8 nm) were replaced with a violet laser (405.0 nm) at d = 0.20 mm and L = 2.0 m, the fringe spacing would: Experiment Context (Interferenc...

The bright fringes in the interference pattern are produced by: Experiment Context (Interference Fringe Spacing of Laser Light): Students directed a 632.8 nm he...

Based on Table 35, the ratio r^3 / T^2 across all four moons is: Experiment Context (Orbital Dynamics of the Galilean Moons): Astronomers compiled semi-major ax...

If a fifth satellite orbits Jupiter with an orbital period T = 14.3 days, its predicted semi-major axis r would be: Experiment Context (Orbital Dynamics of the ...

The value of the constant ratio r^3 / T^2 in a planetary system depends primarily on the: Experiment Context (Orbital Dynamics of the Galilean Moons): Astronome...