Contents
Which liquid has highest density?
mercury
So in that the liquid which has the highest density is mercury. It is the only metal which exists as liquid in room temperature other metals are hard and rigid and exist in solid phase. It has a density of about 13.546 grams per cubic centimeter.
At what temperature water has maximum volume?
4 degrees Celsius
The water is at maximum volume is at 4 degrees Celsius and maximum density is at 4 degrees Celsius, but then when we cool the water or when we lower the temperature of water when we lower the temperature of water what will happen.
Which fruit has most water?
We have saved the fruit with the highest water content for the last!
- Papaya – Up to 88% Water.
- Blackberries – Up to 88% Water.
- Peaches – Up to 89% Water.
- Cantaloupe – Up to 90% Water.
- Grapefruit – Up to 91% Water.
- Strawberries – Up to 91% Water.
- Watermelon – Up to 92% Water.
- Tomato – Up to 94% Water.
How to find the container with the most water?
Container with Most Water. Given n non-negative integers where each represents a point at coordinate . ‘ n ‘ vertical lines are drawn such that the two endpoints of line i is at and . Find two lines, which together with x-axis forms a container, such that the container contains the most water.
What’s the max amount of water a container can hold?
In this case, the max area of water (between 8 and 7 )the container can contain is 49. From the examples, we can conclude that each element a i in the height array represents a pole of height a i.
What is the complexity of storing water in a container?
Space Complexity: O (1). As no extra space is required, so space complexity is constant. Approach: Given an array of heights of lines of boundaries of the container, find the maximum water that can be stored in a container. So start with the first and last element and check the amount of water that can be contained and store that container.
How to calculate the size of a container?
So the size of the base = 2. Height of container = min (5, 3) = 3. So total area = 3 * 2 = 6 Input: array = [3, 1, 2, 4, 5] Output: 12 Explanation : 5 and 3 are distance 4 apart. So the size of the base = 4. Height of container = min (5, 3) = 3.