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Biblioteka
Science - Practice ACT (25-26)
Od Elissa Belmont
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Posljednje ažuriranje 4 months ago
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Napomena autora:
Instrukcije
Passage 1
Passage 2
Passage 3
Passage 4
Passage 5
Passage 6
Passage 7
1
IOD
1
IOD
1
IOD
1
IOD
1
EMI
1
EMI
1
EMI
1
IOD
1
EMI
1
EMI
1
EMI
1
EMI
1
EMI
1
SIN
1
SIN
1
SIN
1
SIN
1
SIN
1
SIN
1
EMI
1
SIN
1
IOD
1
SIN
1
IOD
1
IOD
1
IOD
1
IOD
1
IOD
0
Pitanje 29
29.
0
0
0
0
0
1
IOD
1
SIN
1
IOD
1
IOD
1
IOD
1
IOD
Pitanje 1
1.
Pitanje 2
2.
Pitanje 3
3.
Pitanje 4
4.
Pitanje 5
5.
Pitanje 6
6.
Pitanje 7
7.
Pitanje 8
8.
Pitanje 9
9.
Pitanje 10
10.
Pitanje 11
11.
Pitanje 12
12.
Pitanje 13
13.
Pitanje 14
14.
Pitanje 15
15.
Pitanje 16
16.
Pitanje 17
17.
Pitanje 18
18.
Pitanje 19
19.
Pitanje 20
20.
Pitanje 21
21.
Pitanje 22
22.
Pitanje 23
23.
Pitanje 24
24.
Pitanje 25
25.
Pitanje 26
26.
Pitanje 27
27.
Pitanje 28
28.
Pitanje 30
30.
Pitanje 31
31.
Pitanje 32
32.
Pitanje 33
33.
Pitanje 34
34.
Pitanje 35
35.
Pitanje 36
36.
Pitanje 37
37.
Pitanje 38
38.
Pitanje 39
39.
Pitanje 40
40.
4:5
1:2
1:8
3 only
1 only
1 and 2 only
2
4
12
0.7 \, \text{m}
0.0 \, \text{m}
0.3 \, \text{m}
amphibians and primarily generate heat from internal metabolic processes to maintain body temperature.
amphibians and primarily absorb heat from the surrounding environment to maintain body temperature.
reptiles and primarily generate heat from internal metabolic processes to maintain body temperature.
Yes, because ice can melt at those temperatures.
Yes, because ice cannot melt at those temperatures.
No, because ice cannot melt at those temperatures.
Float; they are more dense than ocean water.
Sink; they are more dense than ocean water.
Sink; they are less dense than ocean water.
Student 1 only
Student 4 only
Both Student 1 and Student 4
summer and winter are involved in calving, whereas Student 3 indicated that only winter is involved in calving.
only summer is involved in calving, whereas Student 3 indicated that summer and winter are involved in calving.
summer and winter are involved in calving, whereas Student 3 indicated that only summer is involved in calving.
Student 2 only
Students 2 and 3 only
Students 2 and 4 only
remained the same.
decreased only.
increased only.
highest average SGR also had the highest percent protein.
lowest average SGR had the highest percent protein.
highest average SGR had the lowest percent protein.
Higher; on average,
A. percula
fed Diet R had an SGR 0.05 percent/day greater than those fed Diet T.
Lower; on average,
A. percula
fed Diet R had an SGR 0.05 percent/day less than those fed Diet T.
Lower; on average,
A. percula
fed Diet R had an SGR 0.10 percent/day less than those fed Diet T.
12 g
3 g
1 g
10
1
4
Diet fed to the
A. percula
Specific growth rate
Volume of seawater in each tank
Sample 1
Sample 2
Sample 3
2 min
0 min
0.2 min
Both vitamin C and lycopene
Vitamin C only
Lycopene only
No; the incubation temperature was less than the boiling point of water at 1 atm.
Yes; the incubation temperature was greater than the boiling point of water at 1 atm.
Yes; the incubation temperature was less than the boiling point of water at 1 atm.
3
1
0
1, 2, 3
2, 1, 3
1, 3, 2
F = 50 × 10^7
F = 60 × 10^7
F = 70 × 10^7
280°C and F = 40 × 10^7
550°C and F = 10 × 10^7
280°C and F = 10 × 10^7
Sample W
Sample Y
Sample X
2.2 g
0.22 g
0.44 g
30%
10%
20%
Yes; CM2 adsorbed 55% of the leachate DOC, whereas CM3 adsorbed 17%.
Yes; CM2 adsorbed 35% of the leachate DOC, whereas CM3 adsorbed 7%.
No; CM2 adsorbed 7% of the leachate DOC, whereas CM3 adsorbed 35%.
CM1 and CM3 only
CM2 only
CM1 only
Yes, because the clay mineral particles are dissolved in the leachate.
No, because the clay mineral particles are dissolved in the leachate.
Yes, because the clay mineral particles are not dissolved in the leachate.
Each mixture of filtrate and clay mineral was placed in the dark.
Each mixture of leaves and filtered lake water was placed in the dark.
Each mixture of leaves and lake water was filtered.
50%
100%
25%
Color of light
Light source
Type of metal plate
Toward; negatively charged
Toward; positively charged
Away from; positively charged
2.14 eV
2.20 eV
2.31 eV
between 4.4 \times 10^{14} Hz and 5.2 \times 10^{14} Hz
less than 4.4 \times 10^{14} Hz
between 5.2 \times 10^{14} Hz and 5.6 \times 10^{14} Hz
\frac{0.11 \text{ eV}}{5.6 \times 10^{14} \text{ Hz}}
\frac{5.6 \times 10^{14} \text{ Hz}}{2.31 \text{ eV}}
\frac{5.6 \times 10^{14} \text{ Hz}}{0.11 \text{ eV}}