CONJUGATION OF THE VERB TO PEROXIDIZE
PRESENT
Present
I peroxidize
you peroxidize
he/she/it peroxidizes
we peroxidize
you peroxidize
they peroxidize
Present continuous
I am peroxidizing
you are peroxidizing
he/she/it is peroxidizing
we are peroxidizing
you are peroxidizing
they are peroxidizing
Present perfect
I have peroxidized
you have peroxidized
he/she/it has peroxidized
we have peroxidized
you have peroxidized
they have peroxidized
Present perfect continuous
I have been peroxidizing
you have been peroxidizing
he/she/it has been peroxidizing
we have been peroxidizing
you have been peroxidizing
they have been peroxidizing
Present tense is used to refer to circumstances that exist at the present time or over a period that includes the present time. The
present perfect refers to past events, although it can be considered to denote primarily the resulting present situation rather than the events themselves.
PAST
Past
I peroxidized
you peroxidized
he/she/it peroxidized
we peroxidized
you peroxidized
they peroxidized
Past continuous
I was peroxidizing
you were peroxidizing
he/she/it was peroxidizing
we were peroxidizing
you were peroxidizing
they were peroxidizing
Past perfect
I had peroxidized
you had peroxidized
he/she/it had peroxidized
we had peroxidized
you had peroxidized
they had peroxidized
Past perfect continuous
I had been peroxidizing
you had been peroxidizing
he/she/it had been peroxidizing
we had been peroxidizing
you had been peroxidizing
they had been peroxidizing
Past tense forms express circumstances existing at some time in the past,
FUTURE
Future
I will peroxidize
you will peroxidize
he/she/it will peroxidize
we will peroxidize
you will peroxidize
they will peroxidize
Future continuous
I will be peroxidizing
you will be peroxidizing
he/she/it will be peroxidizing
we will be peroxidizing
you will be peroxidizing
they will be peroxidizing
Future perfect
I will have peroxidized
you will have peroxidized
he/she/it will have peroxidized
we will have peroxidized
you will have peroxidized
they will have peroxidized
Future perfect continuous
I will have been peroxidizing
you will have been peroxidizing
he/she/it will have been peroxidizing
we will have been peroxidizing
you will have been peroxidizing
they will have been peroxidizing
The
future is used to express circumstances that will occur at a later time.
CONDITIONAL
Conditional
I would peroxidize
you would peroxidize
he/she/it would peroxidize
we would peroxidize
you would peroxidize
they would peroxidize
Conditional continuous
I would be peroxidizing
you would be peroxidizing
he/she/it would be peroxidizing
we would be peroxidizing
you would be peroxidizing
they would be peroxidizing
Conditional perfect
I would have peroxidize
you would have peroxidize
he/she/it would have peroxidize
we would have peroxidize
you would have peroxidize
they would have peroxidize
Conditional perfect continuous
I would have been peroxidizing
you would have been peroxidizing
he/she/it would have been peroxidizing
we would have been peroxidizing
you would have been peroxidizing
they would have been peroxidizing
Conditional or "future-in-the-past" tense refers to hypothetical or possible actions.
IMPERATIVE
Imperative
you peroxidize
we let´s peroxidize
you peroxidize
The
imperative is used to form commands or requests.
NONFINITE VERB FORMS
Past participle
peroxidized
Present Participle
peroxidizing
Infinitive shows the action beyond temporal perspective. The
present participle or gerund shows the action during the session. The
past participle shows the action after completion.
10 ENGLISH BOOKS RELATING TO «PEROXIDIZE»
Discover the use of
peroxidize in the following bibliographical selection. Books relating to
peroxidize and brief extracts from same to provide context of its use in English literature.
1
The Photographic Journal
mixture ceases to give a blue precipitate with ferrocyanide of potassium — an
indication that all the iron is peroxidized. Suppose fifty- six divisions are required,
then fifty -six divisions are sufficient to peroxidize 10 grains of iron in the state of a
...
2
Chemical technology: or, Chemistry, applied to the arts and ...
Having previously ascertained that 2 grms. of pure iron, dissolved in a
considerable excess of hydrochloric acid, require, on an average, 1.216 grms. of
pure nitrate of potash to peroxidize them, the process is then as follows: 2 grms.
of harp ...
Friedrich Ludwig Knapp, Edmund Ronalds, Thomas Richardson, 1848
3
The Journal of the Photographic Society of London: ...
Suppose fiftysix divisions are required, then fifty-six divisions are sufiicient to
peroxidize 10 grains of iron in the state of a salt of the protoxide ; but it is
desirable to dilute this solution with six or seven times its bulk of water, and then
to check its ...
4
Chemical manipulation and analysis, qualitative and quantitative
Let us suppose that the solution of mineral chameleon was of such a strength that
25 divisions of the burette were required to peroxidize 7.72 grains of iron, or 50
divisions for 15.44 grains of that metal ; and let us further suppose that to ...
5
Elements of Chemical Analysis, Inorganic and Organic
parts of crystallized protosulphate of iron, or 10 grains of chlorine can peroxidize
78-1 grains of the crystallized protosulphate. Now the process consists in
discovering how much of the specimen of chloride of lime is requisite to
peroxidize 78-1 ...
Edward Andrew Parnell, 1842
In comparing the lipid peroxidation of subcellular fractions we find they
peroxidize as a function of their lipid content, that is, microsomes peroxidize the
most, mitochondria next, and lysosomes the least. But comparing the free radical
damage ...
CIBA Foundation Symposium, 2009
7
Oxygen Radicals in Chemistry and Biology: Proceedings, 3. ...
Dif— ferent areas of rat brain peroxidize at different rates. Cerebellum and cortex
peroxidize the most followed by hippo— campus and then at almost equivalent
rates striatum, hypothal— amus and brain stem. The results presented in Figure 6
...
Wolf Bors, Manfred Saran, David Tait, 1984
8
Outlines of mineralogy, geology, and mineral analysis
From the alumina- sulphate of iron, the bases may be thrown down by carbonate
of ammonia, taking care, in the first place, to peroxidize the iron. The alumina is
separated from the iron, by boiling in caustic potash or soda ley. The oxide of ...
9
Oxidative Stress and Vascular Disease
Interleukin-4 and interleukin-13, cytokines that induce the expression of 15-
lipoxygenase, enhance the ability of activated monocytes to peroxidize LDL (81).
In addition, macrophages isolated from mice lacking the rodent homologue of
human ...
10
Peroxidases in Chemistry and Biology
... space, as observed in head or spinal cord trauma, is known to peroxidize CNS
lipids and has been shown to be associated with the development of early and
late seizures and possibly paralysis. Although the mechanisms by which CNS ...
Johannes Everse, Matthew B. Grisham, Kathleen E. Everse, 1990
