The structural formula of 1,1,3-triiodobutane shows a four-carbon straight-chain (butane) backbone with three iodine (I) atoms attached. Specifically, the first carbon (C-1) has two iodine substituents, while the third carbon (C-3) has one iodine substituent. This arrangement reflects the "1,1,3" designation in the name, indicating the positions of the iodine atoms on the carbon chain. A visual representation would depict the carbon atoms connected by single bonds, with iodine atoms bonded to the specified carbons.
To identify the structural formula of 1,1,3-triiodobutane, look for a butane backbone (four carbon atoms) with three iodine (I) atoms attached. The first carbon (C-1) should have two iodine atoms, while the third carbon (C-3) should have one iodine atom. The remaining hydrogen atoms should complete the tetravalency of the carbon atoms. If you have visual figures, select the one that matches this description.
c7 is heptacarbon i dont know what h16 is that is what i am trying to figure out
I don't know the exact formula but, i know the density of iso-octane: 0.69 g/ml And one gallon is equal to 3,840 ml so.... all you need is the volume.
The chemical formula is established after chemical analysis.
The uncertain figure of 2.423 would be the thousandths place, as it is the last digit given after the decimal point and represents the smallest decimal place indicated.
To identify the structural formula of 1,1,3-triiodobutane, look for a butane backbone (four carbon atoms) with three iodine (I) atoms attached. The first carbon (C-1) should have two iodine atoms, while the third carbon (C-3) should have one iodine atom. The remaining hydrogen atoms should complete the tetravalency of the carbon atoms. If you have visual figures, select the one that matches this description.
c7 is heptacarbon i dont know what h16 is that is what i am trying to figure out
Serial number codes are used throughout the Browning range, including Miroku after 1977 as follows: Z represents the figure 1 T represents the figure 6 Y represents the figure 2 R represents the figure 7 X represents the figure 3 P represents the figure 8 W represents the figure 4 N represents the figure 9 V represents the figure 5 M represents the figure 0 Your Miroku (PX) appears to have been made in 1983. John Haas, England UK.
A five sided figure
To write an expression that represents the area of a figure, first identify the shape of the figure (e.g., rectangle, triangle, circle). Then, use the appropriate formula for that shape: for a rectangle, use ( A = \text{length} \times \text{width} ); for a triangle, use ( A = \frac{1}{2} \times \text{base} \times \text{height} ); and for a circle, use ( A = \pi r^2 ), where ( r ) is the radius. Substitute any known measurements into the formula to create the specific area expression.
A line segment
Usually a triangle-esque figure.
A polygon!
None, since there is no shaded part of any figure!
lenthxwidthxbase
no
To figure out mixing ratios, first determine the desired final volume or concentration of the mixture. Then, identify the concentrations and volumes of the individual components you plan to mix. Use the formula (C_1V_1 + C_2V_2 = C_fV_f) to solve for the unknowns, where (C) represents concentration and (V) represents volume. Adjust the volumes of each component based on the calculated ratios to achieve the desired outcome.