Write an essay on:The day I got surprised when suddenly my alarm clock started complaining about my repeated habit of snoozing. ​

Answer:

1 birtud

2 kahulugan

3 virtue

4 habit at gawa

Answer:

Lakhmir Singh Physics Class 9 Solutions for Chapter 4 - Work and Energy is intended to guide you about work and energy. Everyone including people, animals and machines need the energy to perform exercises. For example, people need nourishment for creating energy and machines require fuel to work properly. In Chapter 4, we will learn the requirement for energy to perform different exercises.

In the chapter ‘Work and Energy,’ you will initially get to learn about work done on any object. Additionally, you will get to know the connection between work and energy. You will get to understand every one of the terms related to work, such as how is the work zero if an activity is done, or what amount of work is applied to the object?

This chapter explains how things work. What fundamentals are needed to play out a specific action, be it the working of a machine or running, swimming, and so on with regards to human beings?

Answer:

The magnitude of the equilibrium constant, K, indicates the extent to which a reaction will proceed: If K is a large number, it means that the equilibrium concentration of the products is large. ... If K is a small number, it means that the equilibrium concentration of the reactants is large.

Answer:

The magnitude of k^ is 1 unit

Explanation:

For measuring distance, we consider a reference distance we call it a unit distance. And we can measure any distances in terms of the unit distances.

But when we are dealing with vectors, we have to consider the direction also.

So, we define certain unit vectors along the certain reference axis.

k is the unit vector along Z-axis.

As the name suggests its magnitude is 1 unit.

Note: i^ is the unit vector along X-axis and j^ is along Y-axis.

We can represent any vector using i^, j^, and k^.

Answer:

The total decrease in his percentage is 35%. In the first test his decrease in performance is 10% and in the second test it is 25%

Step-by-step explanation:

The formula is Loss × 100%

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Cost price

So the the loss in the first test is 20 × 100%

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200

And the loss in the second test is 50 × 100%

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200

Then you can simplify it and get the answer.