A pair of angles are complementary if their sum adds up to 90 degrees. Therefore, in this case, the angle complementary to 23.5 degrees is 90 - 23.5 = 66.5 degrees.
Assuming you meant ratio is 2:3:5 then: A: Since the angles have this ratio, we can express their measures as 2x, 3x, and 5x for some value x. Since the angles are complimentary, their sum must be 90 degrees (pi/2 radians). This means that: 2x+3x+5x = 90 (pi/2) 10x = 90 (pi/2) x = 9 (pi/20) So the angles have measure: 18, 27, 45 degrees or pi/10, 3pi/20, and pi/4 radians
It is 235/1.
6 divided by 235 is 6/235 = 0.025532 (6dp) 6 divided into 235 is 235/6 = 39.167 (3dp) = 391/6
40% of $235.00 = 40% * 235 = 0.4 * 235 = $94.00
This is the rounded atomic mass of the isotope uranium-235.
-235
The interior angles of a quadrilateral always add up to 360 degrees. Therefore, 68+51+116=235 360-235=125 degrees.
Assuming you meant ratio is 2:3:5 then: A: Since the angles have this ratio, we can express their measures as 2x, 3x, and 5x for some value x. Since the angles are complimentary, their sum must be 90 degrees (pi/2 radians). This means that: 2x+3x+5x = 90 (pi/2) 10x = 90 (pi/2) x = 9 (pi/20) So the angles have measure: 18, 27, 45 degrees or pi/10, 3pi/20, and pi/4 radians
No. A light year is a measure of distance, not time. It is how far light travels in a year.
235
235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030
There are a few ways. First they use uranium 235 to date the oldest rocks. U 235 is radioactive so it has a half life that can be meaured.
70% of 235 = 70% * 235 = 0.7 * 235 = 164.5
59.01% of 235 = 59.01% * 235 = 0.5901 * 235 = 138.6735
It is 235/1.
1 and 235 5 and 47 are factor pairs of 235 235 and 470 have a common factor of 235
235 thousandths = 235/1000 = 235 divided by 1,000 = 0.235