everything sucks,just kidding,everything is great.no reallyI haven't thought about my _______ today.oh wait I ________ did.Fill the blanks with the correct word from the music ​

Answer:

It will be 256n m/s

Explanation:

if we find it by the unitary Method and oscilate 5 and amplitude it will give us 250 but when we take 16 oscillation it will be *256*

Thanks

pls mark as brainliest

Answer:

1.

chemistry, physics The smallest possible amount of matter which still retains its identity as a chemical element, now known to consist of a nucleus surrounded by electrons.

2.

history of science A hypothetical particle posited by Greek philosophers as an ultimate and indivisible component of matter.

3.

philosophy In logical atomism, a fundamental fact that cannot be further broken down.

Explanation:

please mark me brainliest

Answer:

1.

chemistry, physics The smallest possible amount of matter which still retains its identity as a chemical element, now known to consist of a nucleus surrounded by electrons.

2.

history of science A hypothetical particle posited by Greek philosophers as an ultimate and indivisible component of matter.

3.

philosophy In logical atomism, a fundamental fact that cannot be further broken down.

Explanation:

Answer:

Principal amount is Rs. 15000

Step-by-step explanation:

P=S. I. × 100

R× T

=5400 ×100 (54 divided by 3)(100 divided by 12)

12 ×3

=1800 ×50 (1800 divided by 6)

6×1

=300×50

principal =Rs. 15000

Answer:

Sand filters were made from cylindrical PVC pipes with a diameter of 0.17 m and length of 1.4 m, sealed at the lower end. Outflow points were positioned about 0.1 m from the lower end and raised with a hosepipe to create a constant water layer on the top of each filter.

Explanation:

here is the actual Answer

Answer:

Sand filtration is used for the removal of suspended matter, as well as floating and sinkable particles. The wastewater flows vertically through a fine bed of sand and/or gravel. Particles are removed by way of absorption or physical encapsulation. ... Air bubbles are blown into the sand bed to make it swirl around.