A scientist performed an experiment with a mouse where the mouse was moving along a track with a new experimental unscented chee
se at the end of the track. On the graph the end of the track was 8 meters and the mouse started at 3 m along the track. After 5 seconds what was the velocity of the mouse?
A scientist performed an experiment with a mouse where the mouse was moving along a track with a new experimental unscented cheese at the end of the track. On the graph the end of the track was 8 meters and the mouse started at 3 m along the track. After 5 seconds what is the distance the mouse traveled?
A scientist performed an experiment with a mouse where the mouse was moving along a track with a new experimental unscented cheese at the end of the track. On the graph the end of the track was 8 meters and the mouse started at 3 m along the track. After 5 seconds what is the distance the mouse traveled?
1 answer:
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Answer:
the atomic packing factor of Sn is 0.24
Explanation:
a = b = 5.83A and c = 3.18A.
Volume of unit cell = a²c
= (5.83)² * 3.18 * 10⁻²⁴ cm³
= 1.08 * 10⁻²²cm³
Volume of atoms =
(∴ BCC, effective number of atom is 2)
Volume of atoms =
= 2.55*10⁻²³cm³
Answer:
the volume of the same gas at pressure of 1.00atm =737.3ml
Answer:
Canonical structures of a chemical specie explain its observed properties from a valence bond theory perspective.
Explanation:
Resonance is a valence bond concept introduced by Linus Pauling to explain the observed properties of certain chemical species such as bond lengths, bond angles, bond order , etc.
There are certain chemical species for which a single chemical structure does not suffice in explaining its observed properties. For instance, the bond order in CO3^2- is about 1.33. Its bond length, shows that the C-O bond present in CO3^2- is neither a pure C-O single bond nor a pure C-O double bond. Hence the structure of CO3^2- is 'somewhere in between' three contributing canonical structures as shown in the image attached to this answer. The resonance structures of NO3^- are also shown.
