The Radius
You can call your numbers "a" and "b", and write two equations:a + b = 37 b = a + 11 If you substitute the second equation in the first one, you can easily solve for "a" (the smaller of the two numbers).
# 1X = 1Y +16 # 3X = 9Y So, if we multiply the first equation by 3 we should be able to compare it to the second equation # 3X = 3Y + 48 We can subtract the third equation from the second and we get 0 = 6Y - 48 so 6Y = 48 Y = 8 Now we can re-do the equations putting in the value of Y # 1X = 8 +16..... so X = 24 # 3(24) = 9(8)..... 72 = 72 So, the two numbers are 8 and 24.
0.1 is 0.02 smaller than 0.12
1. The slope of a flat line is smaller than the slope of a steep line.2. The slope of a flat line should be close to 0. 3. A negative slope means that the line mover down from left to right.
yes 0.25 is smaller than 0.9
The radius of the circle decreases when you make the circle smaller.
Standard equation for a circle centred at the origin is x2 + y2 = r2 where r is the radius of the circle. If you increase the size of the circle then the radius must increase, so r2 will be larger. eg a circle of radius 2 has the equation x2 + y2 = 4, if the radius increases to 3 then the equation becomes x2 + y2 = 9
The absolute value of the standard score becomes smaller.
No.
The grains will get smaller.
Let sigma = standard deviation. Standard error (of the sample mean) = sigma / square root of (n), where n is the sample size. Since you are dividing the standard deviation by a positive number greater than 1, the standard error is always smaller than the standard deviation.
equations are for making a math sentence smaller and to replace big numbers
you should listen in class. mate
Because the standard deviation is a measure of the spread in scores. As individuals score more similarly, the spread gets smaller. Because the standard deviation is a measure of the spread in scores. As individuals score more similarly, the spread gets smaller. Because the standard deviation is a measure of the spread in scores. As individuals score more similarly, the spread gets smaller. Because the standard deviation is a measure of the spread in scores. As individuals score more similarly, the spread gets smaller.
It simply means that you have a sample with a smaller variation than the population itself. In the case of random sample, it is possible.
The greater than sign is >, the less than sign is <. Whichever equation is on the "pointy" side of the sign is always the smaller thing. (Remember, small side of sign = smaller equation).
that the rock is smaller and smother