Question

all __ formed two more __ molecule
____ solvent:
water __ all __ molecules.
property of __ that causes water stick / __ to other water molecules.
__ tension causes water to form “” at the __.
water __ at a relative high point, degrees i __ c.
the __ creates a between the and system the aquatic __
when water __ into a it becomes dens due to the betwee the water __.
look at the ____ of the water molecules.
(images: mickey mouse - like shapes, h₂o molecules with surface tension label, ice with fish, water molecule structures for ice, warm water, cold water)

Explanation:

This appears to be a fill - in - the - blank worksheet about the properties of water, which falls under the subfield of Biology (more specifically, it could also be related to Chemistry as water's properties are often studied in chemical contexts too, but Biology's study of life - supporting properties of water makes it a strong candidate) within the Natural Science discipline. Since it's a fill - in - the - blank without calculation, we'll use the Answer - Explanation Format.

1. First section (about molecules):

• All compounds (or "substances") formed by two or more atoms (since water is $\ce{H_2O}$, a molecule made of atoms) of a water molecule. (This is a bit of a guess based on typical water - related content. The first part is likely about water being a molecule formed by atoms. Then, Universal solvent: Water surrounds all polar molecules. Water is a universal solvent, especially for polar molecules as it is a polar molecule itself.

1. Surface tension section:

• Property of cohesion that causes water molecules to stick / adhere to other water molecules. Cohesion is the attraction between molecules of the same substance. Surface tension causes water molecules to form a "film" at the "surface". Surface tension is due to the cohesive forces at the surface of water, creating a sort of "skin" or film.

1. Ice and water density section:

• Water freezes at a relative high point, 0 degrees Celsius. The ice creates a "layer" between the "air" and "aquatic" system "insulating" the aquatic "organisms". When water "freezes" into a "solid (ice)" it becomes "less" dense due to the "spaces" between the water "molecules". Ice is less dense than liquid water because the hydrogen bonds in ice form a more open structure, creating spaces between molecules.

1. Last part:

• Look at the "arrangement" of the water molecules. The diagrams show the arrangement of water molecules in ice, warm water, and cold water (liquid), so this is about the arrangement of water molecules.

Answer:

1. All \(\boldsymbol{\text{compounds}}\) (or \(\boldsymbol{\text{substances}}\)) formed \(\boldsymbol{\text{by}}\) two or more \(\boldsymbol{\text{atoms}}\) of a \(\boldsymbol{\text{water}}\) molecule. \(\boldsymbol{\text{Universal}}\) solvent: Water \(\boldsymbol{\text{surrounds}}\) all \(\boldsymbol{\text{polar}}\) molecules.
2. Property of \(\boldsymbol{\text{cohesion}}\) that causes water \(\boldsymbol{\text{molecules}}\) to stick / \(\boldsymbol{\text{adhere}}\) to other water molecules. \(\boldsymbol{\text{Surface}}\) tension causes water \(\boldsymbol{\text{molecules}}\) to form a "\(\boldsymbol{\text{film}}\)" at the "\(\boldsymbol{\text{surface}}\)".
3. Water \(\boldsymbol{\text{freezes}}\) at a relative high point, \(\boldsymbol{0}\) degrees \(\boldsymbol{\text{Celsius}}\). The \(\boldsymbol{\text{ice}}\) creates a "\(\boldsymbol{\text{layer}}\)" between the "\(\boldsymbol{\text{air}}\)" and "\(\boldsymbol{\text{aquatic}}\)" system "\(\boldsymbol{\text{insulating}}\)" the aquatic "\(\boldsymbol{\text{organisms}}\)". When water \(\boldsymbol{\text{freezes}}\) into a "\(\boldsymbol{\text{solid (ice)}}\)" it becomes "\(\boldsymbol{\text{less}}\)" dense due to the "\(\boldsymbol{\text{spaces}}\)" between the water "\(\boldsymbol{\text{molecules}}\)".
4. Look at the "\(\boldsymbol{\text{arrangement}}\)" of the water molecules.