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When a quantity is subtracted or added from both sides of an inequality, the true difference in value is varied thereby changing the direction of the inequality, but when rather than subtracted or added it is multiplied or divided, it preserves the true difference in value thereby facing the same direction as the initial inequality.

Q: When a quantity is added to or subtracted from both sides of an inequality the resulting inequality will have the same direction as the original one?

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The original number is known as a subtrahend, while the number being subtracted is called the subtractor.

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an extraneous solution.

If you add what you subtracted, you get the original number. If you subtract what you added you get the original number. 40-10=30 30+10=40

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1) Replace the inequality signs in the solution and in the original question with = signs. Substitute the solution inn the question: it should make it true. 2) (Back to the inequalities) Pick another number that satisfies the solution inequality - e.g. if x>2, pick 5. Substitute this into the original inequality: if it makes it true, then you are good to go!

Yes, it is possible to have a displacement of 0. This would occur when an object returns to its original position after moving in a particular direction, resulting in no net change in position.

No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2No. A cell cannot reference itself in a formula. That creates what is known as a circular referenceIt also cannot have both a value in it and a formula doing something to that value. So you would use a different cell for the formula. Put the original total in one cell, the amount to subtract in another cell and a formula in another cell that will be the original total cell minus the amount to be subtracted cell. So if your original value is in A2 and the amount to be subtracted in B2, then in C2 you could put:=A2-B2

Yes, if a net force acts at an angle to the direction an object is moving, the object will follow a curved path. This is because the force will cause the object to accelerate in a direction that is not directly in line with its original velocity, resulting in a change in the object's path.

90 + 15 = 105 degrees