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The charge on ion X in X2O3 is +3. This is because the overall charge of the compound is neutral, and there are three oxygen atoms each with a charge of -2, so the X ion must have a charge of +3 to balance it out.
The charge on X in XCl2 is +2. This is because chlorine typically has a -1 charge and since there are two chlorine atoms in XCl2, the total negative charge from chlorine is -2, therefore X must have a +2 charge to balance it out.
The charge on a proton is positive and equal to +1 elementary charge, which is approximately 1.602 x 10^-19 coulombs.
The charge on ion X in X2O3 is +3. This is because the overall charge of the compound X2O3 is neutral, and there are 3 oxygen atoms each with a charge of -2, so X must have a charge of +3 to balance the charges and make the compound neutral.
An electron has a charge of slightly under -1.6 x 10-19 Coulombs (−1.602176487 x 10-19 C to be more exact); the opposite charge would simply be +1.6 x 10-19 C, and both the proton and the positron have such a charge.
Since Li is a group 1 element with a charge of +1, and there are 2 Li atoms, the overall charge of Li2 in the compound is +2. Therefore, in order for the overall charge of Li2X to be zero (since it is a neutral compound), X must have a charge of -2.
The charge of Li₂X depends on the identity of the element X. Lithium (Li) has a +1 charge, so in the compound Li₂X, two lithium ions contribute a total charge of +2. To balance this, the element X must have a charge of -2. Therefore, if X is an anion with a -2 charge, such as oxide (O²⁻) or sulfide (S²⁻), then the overall charge of the compound Li₂X is neutral.
The formula "Li₂X" typically represents a compound where lithium (Li) is combined with another element or group denoted by "X." In this case, "X" could represent an anion or a polyatomic ion. To provide a specific formula, the identity of "X" would need to be clarified, as it can vary widely (e.g., "X" could be fluoride, chloride, or another ion). Therefore, without additional context, the formula remains general.
The charge on ion X in X2O3 is +3. This is because the overall charge of the compound is neutral, and there are three oxygen atoms each with a charge of -2, so the X ion must have a charge of +3 to balance it out.
The charge on X in XCl2 is +2. This is because chlorine typically has a -1 charge and since there are two chlorine atoms in XCl2, the total negative charge from chlorine is -2, therefore X must have a +2 charge to balance it out.
The charge on a proton is positive and equal to +1 elementary charge, which is approximately 1.602 x 10^-19 coulombs.
The charge on ion X in X2O3 is +3. This is because the overall charge of the compound X2O3 is neutral, and there are 3 oxygen atoms each with a charge of -2, so X must have a charge of +3 to balance the charges and make the compound neutral.
Letter X could be any element. It has charge depending on name of element.
The charge of ion X in the formula X2O3 is +3. This can be determined because oxygen typically has a charge of -2 and there are 3 oxygen atoms in the formula, making the total charge of the oxygen atoms in the compound -6. This means that the charge of ion X must be +3 to balance the overall charge of the compound.
To find the total charge in coulombs, you can use the formula Q = n * e, where Q is the total charge, n is the number of electrons (50 x 10^31), and e is the elementary charge (1.6 x 10^-19 C). Therefore, the total charge is 8 x 10^12 C.
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An electron has a charge of slightly under -1.6 x 10-19 Coulombs (−1.602176487 x 10-19 C to be more exact); the opposite charge would simply be +1.6 x 10-19 C, and both the proton and the positron have such a charge.