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BMS1021 - Cells, tissues and organisms - S1 2025
Complete the following by selecting the most accurate statements from each dro...

Complete the following by selecting the most accurate statements from each dro...

✅ The verified answer to this question is available below. Our community-reviewed solutions help you understand the material better.

Complete the following by selecting the most accurate statements from each drop down menu.

In dormant seeds, the embryo

is not able to germinate

germinates and begins to grow

is in a state of inactivity

undergoes phosphorylation

has grown and matured

. Amylase is

denatured

not produced

produced in lower quantities

oxidised

broken down into smaller subunits

produced but inactivated

produced in larger quantities

as the seed

solely relies on amylase to break down cellulose into maltose

no longer solely relies on amylase to break down glucose into starch

solely relies on amylase to break down maltose into starch

solely relies on glucosidase to break down starch into maltose

no longer solely relies on amylase to break down gibberellic acid into starch

solely relies on amylase to break down starch into ATP

solely relies on amylase to break down starch into cellulose

no longer solely relies on amylase to break down maltose into starch

solely relies on amylase to break down starch into glucose

solely relies on amylase to break down starch into gibberellic acid

no longer solely relies on amylase to break down starch into maltose

no longer solely relies on amylase to break down starch into cellulose

solely relies on glucosidase to break down cellulose into maltose

solely relies on amylase to break down maltose into glucose

no longer solely relies on amylase to break down starch into gibberellic acid

no longer solely relies on amylase to break down starch into ATP

does not require amylase to break down starch into maltose

solely relies on amylase to break down starch into maltose

no longer solely relies on amylase to break down starch into glucose

.

In germinating seeds, the embryo

is not able to germinate

undergoes phosphorylation

germinates and begins to grow

is in a state of inactivity

has grown and matured

. Amylase is

broken down into smaller subunits

produced in lower quantities

not produced

produced but inactivated

produced in larger quantities

oxidised

denatured

as the seed

solely relies on amylase to break down cellulose into maltose

no longer solely relies on amylase to break down maltose into starch

no longer solely relies on amylase to break down starch into gibberellic acid

solely relies on amylase to break down starch into cellulose

solely relies on glucosidase to break down cellulose into maltose

solely relies on glucosidase to break down starch into maltose

no longer solely relies on amylase to break down starch into glucose

does not require amylase to break down starch into maltose

no longer solely relies on amylase to break down gibberellic acid into starch

solely relies on amylase to break down maltose into glucose

solely relies on amylase to break down starch into glucose

no longer solely relies on amylase to break down glucose into starch

no longer solely relies on amylase to break down starch into ATP

no longer solely relies on amylase to break down starch into cellulose

no longer solely relies on amylase to break down starch into maltose

solely relies on amylase to break down starch into ATP

solely relies on amylase to break down maltose into starch

solely relies on amylase to break down starch into gibberellic acid

solely relies on amylase to break down starch into maltose

.

In seedlings, the embryo

is not able to germinate

germinates and begins to grow

is in a state of inactivity

has grown and matured

undergoes phosphorylation

. Amylase is

not produced

produced but inactivated

oxidised

produced in larger quantities

broken down into smaller subunits

denatured

produced in lower quantities

as the seed

no longer solely relies on amylase to break down gibberellic acid into starch

no longer solely relies on amylase to break down glucose into starch

no longer solely relies on amylase to break down starch into cellulose

solely relies on amylase to break down maltose into starch

no longer solely relies on amylase to break down starch into gibberellic acid

no longer solely relies on amylase to break down starch into ATP

solely relies on amylase to break down cellulose into maltose

solely relies on amylase to break down starch into gibberellic acid

solely relies on amylase to break down starch into maltose

no longer solely relies on amylase to break down starch into maltose

solely relies on glucosidase to break down cellulose into maltose

solely relies on amylase to break down starch into glucose

no longer solely relies on amylase to break down maltose into starch

solely relies on amylase to break down maltose into glucose

does not require amylase to break down starch into maltose

solely relies on glucosidase to break down starch into maltose

no longer solely relies on amylase to break down starch into glucose

solely relies on amylase to break down starch into ATP

solely relies on amylase to break down starch into cellulose

.

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