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What is the transmission oil capacity of a Caterpilar D6H?
The transmission oil capacity of a Caterpillar D6H dozer is approximately 16.5 gallons (62.5 liters). It's essential to consult the operator's manual for specific maintenance and capacity details, as variations might exist based on the model and attachments. Always ensure proper levels for optimal performance and longevity of the equipment.
What is the point group for Benzene?
The point group for benzene is D6h. It has a six-fold rotation axis (C6), reflection planes (σh), and inversion centers (i).
Does a cat D6H have a transmission filter?
Yes, the Cat D6H bulldozer is equipped with a transmission filter as part of its hydraulic and transmission systems. This filter helps to remove contaminants from the transmission fluid, ensuring proper operation and extending the life of the transmission. Regular maintenance, including filter changes, is essential for optimal performance.
What is an example of molecule?
H2O2:C2 H2O:C2v NH3:C3v SF5Cl:C4v HCN:Cv B(OH)3:C3h C2H6:D3d S8:D4d Fe(C5H5)2:D5d Cr(C6H6)2:D6d C2H4:D2h C2H6:D3h [PdCl4]2-:D4h Fe(C5H5)2:D5h C6H6:D6h H2:Dh CH4:Td SF6:Oh C60:Ih H2O2:C2 H2O:C2v NH3:C3v SF5Cl:C4v HCN:Cv B(OH)3:C3h C2H6:D3d S8:D4d Fe(C5H5)2:D5d Cr(C6H6)2:D6d C2H4:D2h C2H6:D3h [PdCl4]2-:D4h Fe(C5H5)2:D5h C6H6:D6h H2:Dh CH4:Td SF6:Oh C60:Ih H2O2:C2 H2O:C2v NH3:C3v SF5Cl:C4v HCN:Cv B(OH)3:C3h C2H6:D3d S8:D4d Fe(C5H5)2:D5d Cr(C6H6)2:D6d C2H4:D2h C2H6:D3h [PdCl4]2-:D4h Fe(C5H5)2:D5h C6H6:D6h H2:Dh CH4:Td SF6:Oh C60:Ih H2O2:C2 H2O:C2v NH3:C3v SF5Cl:C4v HCN:Cv B(OH)3:C3h C2H6:D3d S8:D4d Fe(C5H5)2:D5d Cr(C6H6)2:D6d C2H4:D2h C2H6:D3h [PdCl4]2-:D4h Fe(C5H5)2:D5h C6H6:D6h H2:Dh CH4:Td SF6:Oh C60:Ih
Test to distinguish between benzene and cyclohexene?
First, cyclohexatriene is NOT A REAL MOLECULE because it is unstable with respect to the formation of benzene.If it were to exist, cyclohexatriene would be a six-membered non-aromatic hydrocarbon with alternating double (short) and single (long) bonds (point group D3h) while benzene is a six-membered aromatic hydrocarbon with equivalent bonds (point group D6h). This is confusing because many chemists draw benzene with alternating double and single bonds even though all its bonds are equivalent.Thus, cyclohexatriene is a strictly theoretical molecule but one that is quite useful for demonstrating the concept of resonance stablilization.
