A terminating resistor is often set to a value of 2R in certain applications, such as in differential signaling, to match the characteristic impedance of the transmission line. This configuration helps minimize reflections by providing a balanced load to both signal lines, ensuring that the total load seen by the driver is equal to the characteristic impedance. By using 2R, the effective impedance seen by the signal is consistent across both lines, thus optimizing signal integrity and reducing losses.
12-2r = 10
2r-1=9 2r =10 r =5
11
2r + 5 - - 1 When simplified: 2r + 6
short answer 44 cm (rounded to nearest whole number) long answer the formula for circumference is equal to pi (3.141592654...) times d where d = diameter if r = radius, 2r = d therefore circumference = 2r times pi 2(7cm)(3.141592654) = 43.98229715 cm *note* this answer is not 100% accurate because pi is a non terminating number, that is it goes on forever.
|2r + 9| = 5 So 2r + 9 = 5 or 2r + 9 = -5 so that 2r = -4 or 2r = -14 r = -2 or r = -7
0.875 is a terminating decimal and as a fraction it is 7/8
12-2r = 10
4r2-25 = (2r)2-52 = (2r-5)(2r+5)
2r-1=9 2r =10 r =5
11
2r + 5 - - 1 When simplified: 2r + 6
2r
If it stops there as 0.7 then it is a terminating decimal number
Terminating?
short answer 44 cm (rounded to nearest whole number) long answer the formula for circumference is equal to pi (3.141592654...) times d where d = diameter if r = radius, 2r = d therefore circumference = 2r times pi 2(7cm)(3.141592654) = 43.98229715 cm *note* this answer is not 100% accurate because pi is a non terminating number, that is it goes on forever.
2r + 4 or 2*(r+2)