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It is zero at the origin, positive above and negative below. Otherwise it can be numbered to any scale.
No, there cannot be a zero in any scale factor.
There are four units for temperature: Celsius, Kelvin, Fahrenheit, and Rankine. The Kelvin scale is the same as the Celsius scale, just with the zero point being absolute zero. The Rankine scale is the same thing for the Fahrenheit scale. ■
yes it is because when we divide 92 by four the remainder is zero.
It is not possible to answer the questions since there is no such thing as a zero axis.
It is zero at the origin, positive above and negative below. Otherwise it can be numbered to any scale.
A bar graph's data doesn't always start with zero but the scale on the y axis should. If you are not going to start the scale with zero then you have to put a squiggly line at the bottom to show that you skipped this space.
No, there cannot be a zero in any scale factor.
A broken scale is a symbol used when a scale on the graph starts at a big number. It can be used on the x and y axis. It looks like the number 3 but with straight lines so it is a zig-zag and is places ON the axis line eg if the scale on the y axis starts at 324, you would write zero then the broken scale ON the line then 324.
There are four units for temperature: Celsius, Kelvin, Fahrenheit, and Rankine. The Kelvin scale is the same as the Celsius scale, just with the zero point being absolute zero. The Rankine scale is the same thing for the Fahrenheit scale. ■
yes it is because when we divide 92 by four the remainder is zero.
1. Substitute 2. Rearrange to equal zero 3. Factor if possible and use the zero product property to solve. 4. If you can't factor, graph and look for zeros (where it crosses the axis)
It is not possible to answer the questions since there is no such thing as a zero axis.
The y-axis has the equation x=0, so every point on the y-axis has an x coordinate of zero.
It is Absolute Zero. On the Kelvin scale there are no negative numbers...so therefore absolute zero on the kelvin scale is zero. All we might add is that absolute zero is --273.15 degrees C.
The first or X-co-ordinate is zero all along the vertical axis aka the Y-axis.
Scaling will proportionally reduce or enlarge a figure. The amount of scaling is given by the scale factor (greater than zero) If the scale factor is less than 1, the figure is reduced and it is sometimes called a contraction If the scale factor is greater than 1, the figure is enlarged, and it is called a dilation or enlargement. If a centre of enlargement is used, the distance of every point from the centre is multiplied by the scale factor. The scale factor can be negative in which case the distance to the new point is measured on the opposite side of the centre to the original point.