What is the positive radian measure of the smaller angle formed by the hands of a clock at 5 o'clock?

the required positive radian measure of the smaller angle is 5π/6 radians or 2.618 radians

Step-by-step explanation:

Given the data in the question;

smaller angle formed by the hands of a  clock at 5 o'clock

{at 5 o'clock, two angles are form; 150° and 210°}

hence, the smaller angle is 150°

so, smaller angle = 150° × π/180°

smaller angle = 150°π/180°

smaller angle =  5π/6 radians or 2.618 radians

Therefore, the required positive radian measure of the smaller angle is 5π/6 radians or 2.618 radians

The positive radian measure of the angle formed by the hands of the clock at 5 o'clock is

In one minute, the long hand makes a full turn equivalent to radians.

At 1 o'clock, the smaller angle formed by the hands of the clock is

At 5 o'clock, the smaller angle is five times the one we have when the time is 1 o'clock. That is

Learn more about angular measure here link

2 and 1.

step-by-step explanation:

plug in each answer. 0 doesn't work, 1 does. so does 2. 4 doesn't:

0 = 1 is not true.

2 = 2 is true.

4 = 4 is true.

8 = 16 is not true.

hope this !

d.) yes, because the volume of the cone is greater than the volume of the sphere

step-by-step explanation: