Math, asked by sabanaansari0204, 2 months ago

find the value of q3​

Answers

Answered by Anonymous
0

Step-by-step explanation:

The diameter of a sphere is 28 cm. Find the cost of painting it all around at Rs. 0.10 per square cm.

Answered by gadgenanu
0

Step-by-step explanation:

is the middle value in the second half of the data set. Again, since the second half of the data set has an even number of observations, the middle value is the average of the two middle values; that is, Q3 = (6 + 7)/2 or Q3 = 6.5.

Previous Question
Next Question
Similar questions
Math, 1 month ago
Arrange the following numbers in ascending order : 7856, 7658, 7586, 78056...
Physics, 1 month ago
13. If pressure of air gets doubled at constant temperature, then velocity of sound in air (1 Point) a)gets doubled b)√2 of initial velocity c)becomes half d)remains unchanged​...
Math, 1 month ago
find the difference between the place value of 6 in 35,26,5,21​...
Computer Science, 2 months ago
The KeyEvent class does not defines the ________ integer constant...
English, 2 months ago
Give meaning for the word 'whining' murmuring sound vomiting a child's voice high pitched crying sound...
Computer Science, 9 months ago
Length of a string variable can be maximum up to_________ characters.​
Science, 9 months ago
1. Sunflower seeds provide us mainly with :- a. Fats b. Carbohydrates c. Proteins d. Vitamins 2. Most commonly grown cereal crop is/are :- a. Rice b. Maize c. Wheat d. All the above 3. Crops sown during winters are :- a. Rabi crops b. Kharif crops c. Mixed crops d. Cereal crops 4. The method of scattering seeds in the field by hand is :- a. Hand picking b. Transplantation c. Broadcasting d.
Math, 9 months ago
Manisha has garden in the shape of rhombus the perimeter of a garden is 40M and its diagonal is 16m she wants to divide it into two equal parts in rotation find the area of each part of the garden using herons formula = root of s(s-a)(s-b)(s-c) where s =semiperimeter first and ryt answer is brainliest \sqrt{s(s - a)(s - b)(s - c)} s = semiperimeter ​...