Find the length of diagonal of a cube having a volume of 24.06 cubic unit

Answer:

Dear Laura,

I have just returned home from an exciting trip to Australia and visiting the National Museum of Australia was one of the fabulous activities of this tour. I cannot wait to share my experience with you.

We stayed in Australia for a week and on our second day, we went to the National Museum of Australia, located on Acton Peninsula, next to the Australian National University in Canberra. The museum's innovative use of new technologies is unprecedented. Initially, I thought that it's not going to be a fun time but to my surprise, I actually got fascinated by the fabulous collection the museum has.

The Entrance and the interior blew my mind away. The museum's stunning architecture offered me an extraordinary opportunity to explore the rich and diverse stories of Australia and its people. From pre-colonial settlement to modern Australia, the museum has it all. The Pearling exhibition was excellent from a historical perspective. The museum is divided into 4 galleries and each has many glass cases filled with stories. The experience was stunning.

I wish you had been with me there. I would absolutely recommend you visit this museum whenever possible.

I would like to meet you soon and tell you stories about my tour. Take care.

Yours truly,

Emma

Answer: 200 milliliters

Step-by-step explanation:

jug contains water=50%=500ml

peter pours out water=30%=300ml

remaining water=500ml-300ml

                          =200ml

Step-by-step explanation:

1 l is =1000ml

However the hug is half full so it becomes 1000/2ml = 500ml

Now, he pours out 30% of the water so,

30/100*500 = 3/10*500

150 ml

500-150ml is the left out

So the remaining is 350 ml

Answer:

Plastic Materials and Glass material

Plastic Materials Glass Material

didn't break down. break down

easily. easily.

Answer:

Step-by-step explanation: In 14 Kg of first Alloy, Ratio of iron and copper=4 :3. Let ratio of Iron and copper in first alloy be , 4 x and 3 x. Let ratio of Iron and copper in first alloy be , 6 x and 1 x.

Step-by-step explanation:

14÷(4÷3)

14÷(4×1/3)

14÷4/3

14×3/4

21/2 kg

1o.5kg