Three coins are tossed $200$ times, and we get three heads $39$times; two heads $58$ times; one head $67$times; $0$ head $36$ times. When three coins are tossed at random, what is the probability in decimals (correct up to two places) of getting $0$ head?

Three coins are tossed $200$ times and we get, three heads: $39$times; two heads: $58$ times; one head: $67$times; $0$ head: $36$ times. 

When three coins are tossed at random, what is the probability in decimals ( correct up to two places) of getting $2$ heads?

A die is thrown $300$ times and the outcomes are noted as given below.

When a die is thrown at random, what is the probability in decimals ( correct up to two places) of getting a $3$?

A die is thrown $300$ times and the outcomes are noted as given below.

When a die is thrown at random, what is the probability in decimals (correct up to two places) of getting a $6?$

A die is thrown $300$ times and the outcomes are noted as given below.
 

When a die is thrown at random, what is the probability in decimals (correct up to two places) of getting a $5?$

When a die is thrown at random, what is the probability in decimals (correct up to one place) of getting a $1?$

In a survey of$200$ ladies, it was found that $142$ like coffee, while $58$ dislike it. Find the probability in decimals (correct up to two places) that a lady chosen at random dislikes coffee.

The percentages of marks obtained by a student in six unit tests are given below.

A unit test is selected at random. Find the probability that the student gets more than $60\%$ marks in the test in the simplest form.