Answer:
C)No
Explanation:
When moving oxidation numbers down as subscripts in an ionic bond, you do not include the charge either positive or negative.
The process of moving oxidation number down as subscript is known as exchange of valency.
The combining power is used in exchanging valency and this is oxidation number exchanged. The number corresponds to the number of electrons usually lost or gained or shared by atoms of elements during chemical combination or the number of positive or negative charges carried by ions.
The combining power is exchanged as simple whole number ratio during the formation of chemical formulae of compounds.
The answer is: "nothing".
In fact, it's totally random. When there is a certain amount of atoms of a radioactive element, it's not possible to predict which atom will decay first and which one will decay later. We can only predict the amount of atoms that will be left after a certain time t (if we know the half-life of the element), but we can't predict which atom will decay first.
The tension in the cable is mathematically given as
T =266.659 N
<h3>What is the tension in the cable.?</h3>
Generally, the equation for the angle of the boom with horizontal is mathematically given as
A = tan-1(5 /10)
![A= 26.57 \textdegree](https://tex.z-dn.net/?f=A%3D%2026.57%20%5Ctextdegree)
The angle of cable with horizontal
B = tan-1(4 / 10)
B= 21.80 degrees
Hence
175.5 * cos26.57 + 94.7 *cos26.57 * 1/2 = T (sin(26.57+21.80)) * 1
T =266.659 N
In conclusion, the tension in the cable.
T =266.659 N
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Answer:
Weight transfer involves the actual relatively small movement of the vehicle CoM relative to the wheel axes due to displacement of the chassis as the suspension complies, or of cargo or liquids within the vehicle, which results in a redistribution of the total vehicle load between the individual tires.