The unit conversion is a fundamental process that enables accurate and coherent communication and computation across various fields and applications.
Unit conversion maintains a quantity's value in different units, crucial for consistency and clarity.
It enables comparisons between measurements using diverse units.
Facilitates communication across different measurement systems.
Ensures meaningful and applicable calculation results in various contexts.
For instance, converting grams to ounces allows accurate measurement in recipes using different units.
[tex]\[ 500 \text{ grams} \times 0.035 \frac{\text{ounces}}{\text{gram}} = 17.5 \text{ ounces} \][/tex]
For the recipe, 17.5 ounces of flour are needed for precise measurement.
In scientific research, unit conversion is vital for standardizing data presentation.
International trade relies on unit conversion to ensure consistent pricing across different measurement systems.
Overall, unit conversion is fundamental for accurate communication and computation in diverse fields and applications.
NF3 has three F atoms bonded to a central N atom, with one lone electron
pair on the N. What is the shape of this molecule?
O
A. Tetrahedral
O
B. Trigonal planar
O
C. Bent
O
D. Trigonal pyramidal
D Trigonal pyramidal
Explanation:
NF3 exhibits a trigonal pyramidal shape due to its sp³ hybridization, with three bonded fluorine atoms and one lone pair of electrons on the nitrogen atom.
Explanation:The molecule in question is NF3, which consists of one nitrogen atom (N) and three fluorine atoms (F). The nitrogen atom in NF3 is sp³ hybridized, utilizing one sp³ hybrid orbital to form a bond with each of the three fluorine atoms, and the remaining sp³ hybrid orbital accommodates a lone pair of electrons. Considering the presence of three bonded pairs and one lone pair of electrons on the nitrogen atom, the molecular geometry of NF3 is trigonal pyramidal. This geometric shape resembles a tetrahedron with one vertex missing, due to the presence of the lone electron pair on nitrogen, which slightly distorts the angles between the bonds.