Suppose that a sixth KI/H2O solution had been measured in Experiment 2 and the mass of the

s to Site 3, the thickness of the glacial till beneath it:

A.increases.

B.remains the same.

C.first increases and then decreases.

D.decreases.

orresponds to which of the following points on Figure 3 ?

A.0 km, 0 min

B.2,000 km, 5 min

C.5,000 km, 12 min

D.10,000 km, 20 min

d 2, the pressure exerted by 7 g of CO2 would most likely have been:

A.less than 500 torr.

B.between 500 torr and 1,000 torr.

C.between 1,000 torr and 1,500 torr.

D.greater than 1,500 torr.

gol A will have spent as much time being an MS star as Algol B spent being an MS star?

A.Yes, because according to Student 2, Algol A has always been more massive than Algol B.

B.Yes, because according to Student 2, Algol A has always been less massive than Algol B.

C.No, because according to Student 2, Algol A has always been more massive than Algol B.

D.No, because according to Student 2, Algol A has always been less massive than Algol B.

cosmic ray flux than is the monthly average cover of high clouds” consistent with Figures 1 and 3 ?

A.Yes, because the plot for the monthly average cover of low clouds more closely parallels the plot for RCRF.

B.Yes, because the plot for the monthly average cover of high clouds more closely parallels the plot for RCRF.

C.No, because the plot for the monthly average cover of low clouds more closely parallels the plot for RCRF.

D.No, because the plot for the monthly average cover of high clouds more closely parallels the plot for RCRF.

How many SLBs, if any, were tested in Experiment 2 ?

A.0

B.1

C.2

D.3

h of the following diameters?

A.4 mm and 2 mm

B.2 mm and 1 mm

C.1 mm and 0.5 mm

D.0.5 mm and 0.25 mm

across the capaci-tor will reach a given value in the shortest amount oftime if the circuit contains which of the followingcapacitances and resistances, respectively?

A.0.1 ×10–6F, 0.3 ×107Ω

B.0.1 ×10–6F, 1.0 ×107Ω

C.1.2 ×10–6F, 0.3 ×107Ω

D.1.2 ×10–6F, 1.0 ×107Ω

st similar towhich of the following S allotropes?

A.White S

B.Orange S

C.Red S

D.Brown S

substrateconcentration. Do the data in Figures3 and4 supporther claim?

A.No; the acceleration factor is dependent on enzyme concentration, but not on substrate concentration.

B.No; the acceleration factor is not dependent on either enzyme or substrate concentration.

C.Yes; the acceleration factor is dependent on enzyme concentration, but not on substrate con-centration.

D.Yes; the acceleration factor is dependent on both enzyme and substrate concentration.