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.
Let x represent the larger angle and y the smaller. Solve the following: x+y=180 x-y=40 The second equation tells us that x=y+40. Plugging this into the first equation, we get, (y+40)+y = 180 2y+40=180 2y=180-40=140 y=140/2=70 So, y=70 and x=70+40=110.
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