Sentence examples for your resultant from inspiring English sources

Represent your resultant vector via its magnitude and direction.

The answers you obtain are the components of your resultant vector.

If you are only adding two vectors, this is all you'll need to do before finding your resultant vector.

When you've found the components of all of your vectors, simply add their magnitudes together to find the components of your resultant vector.

Take this number and multiply by your activity level (Sedentary = 1.2, Lightly active = 1.375, Moderately active = 1.55, Very active = BMR X 1. 725, Extremely active =BMR X 1.9) If your resultant number seems too high, go one activity level lower and try that.

As noted above, assuming you drew your vectors accurately, your new vector's magnitude is its length and its direction is its angle relative to the vertical, horizontal, etc. Use the units of your added or subtracted vectors to choose the units for your resultant vector's magnitude.

These journeymen and women understand intuitively – if not explicitly – that the globalised world is all used up when it comes to strange vistas and marvellous creatures; now the only course for the true adventurer is to strike out for the known, then accurately record your own resultant sense of the unheimlich.

If you fail to unblock your gutters or not replace fallen slates on your roof, your insurance company may well consider that your claims for the resultant water damage to your building are not valid.

When you mix all the colours in the light spectrum, as Newton discovered, you get white light (in a process known as additive mixing); if you were to repeat the experiment with all the different paints on your palette the resultant mixture would be nearly black (this is called subtractive mixing).

You will have a hard time trying to convince your insurance company that the resultant accident was not your fault.

Whether you are adding/subtracting two vectors or a hundred, the vector stretching from the original starting point (the tail of your first vector) to end point of your added vectors (the head of your last vector) is the resultant vector, or the sum of all your vectors.