[This iYou suggest that the absence of water could slow the growth of mold on bread slices. This is a(an)
s the stem.](1 point)
Responses
conclusion.
conclusion.
analysis.
analysis.
hypothesis.
hypothesis.
experiment.
9 answers
hypothesis.
When/where are safety procedures important?(1 point)
Responses
in a laboratory.
in a laboratory.
in the field.
in the field.
with animals.
with animals.
all of the above
Responses
in a laboratory.
in a laboratory.
in the field.
in the field.
with animals.
with animals.
all of the above
all of the above
Animal Length of digestive system Diet Category Animal weight
Koala 305 cm herbivore 10 kg
Dog 135 cm carnivore 11 kg
Rabbit 272 cm herbivore 9 kg
Bobcat 145 cm carnivore 12 kg
What conclusion can you draw from the data in the table above regarding carnivores and herbivores?
(1 point)
Responses
There is no correlation between diet and length of digestive system.
There is no correlation between diet and length of digestive system.
Carnivores have shorter digestive systems than herbivores.
Carnivores have shorter digestive systems than herbivores.
Herbivores have shorter digestive systems than carnivores.
Herbivores have shorter digestive systems than carnivores.
The length of the digestive system is directly related to the weight of an animal.
Koala 305 cm herbivore 10 kg
Dog 135 cm carnivore 11 kg
Rabbit 272 cm herbivore 9 kg
Bobcat 145 cm carnivore 12 kg
What conclusion can you draw from the data in the table above regarding carnivores and herbivores?
(1 point)
Responses
There is no correlation between diet and length of digestive system.
There is no correlation between diet and length of digestive system.
Carnivores have shorter digestive systems than herbivores.
Carnivores have shorter digestive systems than herbivores.
Herbivores have shorter digestive systems than carnivores.
Herbivores have shorter digestive systems than carnivores.
The length of the digestive system is directly related to the weight of an animal.
Carnivores have shorter digestive systems than herbivores.
A farmer wants to test the affects of a pesticide on his peach crop yield, so he sprays an orchard with the pesticide treatment. A second orchard does not receive the pesticide. In the fall, the number of peaches harvested from each orchard is counted. Which of the following is the independent (manipulated) variable in the experiment?(1 point)
Responses
the number of peaches
the number of peaches
the second orchard
the second orchard
the first orchard
the first orchard
the pesticide
Responses
the number of peaches
the number of peaches
the second orchard
the second orchard
the first orchard
the first orchard
the pesticide
the pesticide
A theory(1 point)
Responses
may be revised or replaced.
may be revised or replaced.
is a problem to be solved.
is a problem to be solved.
is always true.
is always true.
is the opening statement of an experiment
Responses
may be revised or replaced.
may be revised or replaced.
is a problem to be solved.
is a problem to be solved.
is always true.
is always true.
is the opening statement of an experiment
may be revised or replaced.
1 answer