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The Carbon has double bonds to each of the oxygen atoms, so it does not have any unshared pairs or electrons. Valence shell electron pair repulsion theory dictates that the electron pairs will be repel, so the farthest apart they can be is 180 degrees apart or linear.
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The hybridization of the valence electrons on the carbon atom in CO2 is The electron pair geometry is and the shape of the molecule is?
sp, linear, linear
What is molecular geometry CO2?
Linear
According to VSEPR theory which molecule has a bent shape CO2 H2O CS2 HF?
H2O, with a bond angle of 104.5 degrees due to its three areas of electron density.
CO2 molecular geometry?
linear O=C=O
What is the molecular shape and name for CO2?
a linear molecule, as it has two double bonds. one carbon in the center, with two oxygens on the edges. the molecular name isCO2, but is also known as carbon dioxide.
Which compound does not have a bent molecular shape?
A compound that does not have a bent molecular shape is carbon dioxide (CO2). It has a linear molecular shape due to the arrangement of the three atoms in a straight line.
What is the molecular geometry shape a clf4- square planar b clf4 plus linear c no2- t-shaped d brf3 bent e co2?
a) Square planar b) Linear c) T-shaped d) Bent e) Linear
Do CO2 and so2 have the same geometry?
No, CO2 has a linear geometry while SO2 has a bent (angular) geometry. This is due to the difference in the number and arrangement of atoms around the central atom.
Why CO2 is in linear shape?
CO2 is in a linear shape because it has a linear molecular geometry with the carbon atom at the center and two oxygen atoms on either side. The arrangement of the atoms and lone pairs around the central carbon atom leads to a linear shape due to the repulsion between the electron pairs.
Why do water molecules have bent shape and carbon dioxide molecules have a linear shape?
Water molecules have a bent shape due to the presence of two lone pairs of electrons on the oxygen atom, causing repulsion and bending the molecule. Carbon dioxide molecules have a linear shape because the central carbon atom forms double bonds with the two oxygen atoms, positioning them in a straight line.
Why if CO2 and H2O both have 2 atoms around the central atom are they not the same shape?
The shape of a molecule is determined not just by the number of atoms but also by the arrangement of those atoms. In CO2, the two oxygen atoms are arranged in a linear shape around the carbon atom, while in H2O, the two hydrogen atoms and one oxygen atom are arranged in a bent or angular shape around the oxygen atom. This difference in arrangement leads to different molecular shapes for CO2 (linear) and H2O (bent).
The hybridization of the valence electrons on the carbon atom in CO2 is The electron pair geometry is and the shape of the molecule is?
sp, linear, linear
Is molecular structure of CO2 angular?
Yes, the molecular structure of CO2 is linear. It consists of one carbon atom bonded to two oxygen atoms, with a bond angle of 180 degrees. This arrangement of atoms gives CO2 a symmetrical linear shape.
What is the shape of co2co8 coordination compound?
The shape of a Co2(CO)8 coordination compound is linear. This is because the ligands (CO) are arranged symmetrically around the central cobalt atom, resulting in a linear molecular geometry.
For a molecule with the formula AB2 the molecular shape is it a-linear b-trigonal planar c-bent d-t-shaped E-tetrahedral?
Can't tell u in general if a or b, depends on what AB2 is, e.g. CO2 is linear, H2O is tent shaped (corner at midst atom: 105o) but not trigonal as you'd call it.Anyhow c, d, E are unusual for tri-atomic.H2O is not in the form AB2. When in the form AB2 the ideal bond angle is 180 degrees or linear.See the link below.
Which molecule or ion has a linear shape?
Carbon dioxide (CO2) is an example of a molecule with a linear shape. It consists of one carbon atom bonded to two oxygen atoms in a straight line.
Why the dipole moment of Co2 is zero?
The dipole moment of CO2 is zero because the molecule has a linear geometry with the two oxygen atoms symmetrically arranged on either side of the carbon atom. The dipole moments of the two C=O bonds cancel each other out, resulting in a net dipole moment of zero for the molecule.
