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To dilate the point ( c(93) ) by a scale factor of 3 using the origin as the center of dilation, you multiply the coordinates of the point by 3. If ( c(93) ) refers to the point ( (9, 3) ), the transformed coordinates would be ( (9 \times 3, 3 \times 3) = (27, 9) ). Therefore, the transformed point after the dilation is ( c(27, 9) ).
To find the coordinates of point A after being dilated by a factor of 3, you multiply the original coordinates (x, y) of point A by 3. For example, if point A has coordinates (2, 4), the new coordinates after dilation would be (2 * 3, 4 * 3) or (6, 12). Thus, the coordinates of point A after dilation depend on its original position.
moving the decimal 3 place to the right 1000 have 3 zeros.
Oh, dude, you can totally multiply 3 by 12 to get 36. It's like basic math, right? You just gotta find the number that when you multiply it by 3, gives you 36. Easy peasy lemon squeezy!
You multiply the one digit number on the bottom to every number on the top starting at the right and so on with every other number on the bottom.
To dilate the point ( c(93) ) by a scale factor of 3 using the origin as the center of dilation, you multiply the coordinates of the point by 3. If ( c(93) ) refers to the point ( (9, 3) ), the transformed coordinates would be ( (9 \times 3, 3 \times 3) = (27, 9) ). Therefore, the transformed point after the dilation is ( c(27, 9) ).
The 1st is a right angle triangle and the 2nd is a scalene triangle.
moving the decimal 3 place to the right 1000 have 3 zeros.
It depends on the nature of the problem. If, for example, the problem is to calculate 2+3, then the centre of dilation will have no effect whatsoever!
Oh, dude, you can totally multiply 3 by 12 to get 36. It's like basic math, right? You just gotta find the number that when you multiply it by 3, gives you 36. Easy peasy lemon squeezy!
You multiply the one digit number on the bottom to every number on the top starting at the right and so on with every other number on the bottom.
2x3x3x5 90
Well, first just multiply till you get the right answer. The answer is 3.4!
dilation stage, expulsion stage, placental stage
Dilation
Dilation
The procedure for dilation of the kidney?