What would you like to do?
What is sieving used for in everyday life?
its used in gun powder,fireworks,lead acid batteries,and fertalizers its used in gun powder,fireworks,lead acid batteries,and fertalizers its used in gun powder,fireworks,…lead acid batteries,and fertalizers its used in gun powder,fireworks,lead acid batteries,and fertalizers
adding subracting mulitplying and counting everyday
Here are just a few examples: (*) You want to paint a large room in your house. The gallon-size paint can says that it covers 150 square feet. Your room is 20 feet by 30 …feet and has a ten-foot-high ceiling. How many gallons do you need? (*) You go to a furniture store and see a couch that you like. It is priced at $1,123.00, but it also has a red tag stating that it is on sale for 35% off. How much does it cost? You don't have a calculator with you, and all of the sales people are busy, but you do have a pen and some scratch paper with you. (*) You are cooking a holiday dinner for a bazillion people. The huge turkey weighs X number of pounds. The label says to cook it 20 minutes per pound. How long do you cook it? (*) Here's one that I actually used! You're building a gazebo not from a kit, but from an actual blueprint. It has roof joists that fit into a ring at the top, but they must be placed into the ring at exactly the right angle (angle X), or they will crack. You will use a temporary center support post, and jack it up to exactly the right height. But how high? You know the height of the columns, but not the distance in the center of the joists. Studying the blueprint, you see that the joists form a perfect triangle. Use trigonometry to calculate the length of the side opposite angle X. and add it onto the height of the columns to get your total height. These are just a few examples of how math is useful in everyday life! I think that math is fun, and can't understand why so many people hate it!
it can be use in salt you put on food
-spring scales -the spring inside a pen -coil springs inside a mattress
Bleach & Chlorine also Muriatic for swimming pools. Hydrochloric acid is usedin digestion of food in human body.
pulleys are used in everyday life in many different situations and mechanisms. This is understandable because pulleys when used and set up correctly can lift or move a weight …that is much greater than the force exerted upon the pulley. they are used in crane systems.
Decanting is used when separating the sediment from wine. This is usually done by pouring a liquid from one solid to another. I hope this helps! :)
Parables are explained in earthly stories with a heavenly meaning.
here are some i thought of: - ice cream cones - traffic cones - party hats - funnels - Christmas trees - piping bags - martini glass - lamp shades - pencil/p…en/crayon tips - tee pee - witch hat - screws and that's all i can think of! :) hope u found it helpful
Yes, because you use math in everyday life. And counting is math ,because there numbers and numbers are apart of math.
we breath oxygen in with other gasses from the air
Yes !! Mathematics is a subject that is vital for gaining a better perspective on events that occur in the natural world. A keen aptitude for math improves critical thinking a…nd promotes problem-solving abilities. One specific area of mathematical and geometrical reasoning is trigonometry which studies the properties of triangles. Now it's true that triangles are one of the simplest geometrical figures, yet they have varied applications. The primary application of trigonometry is found in scientific studies where precise distances need to be measured. The techniques in trigonometry are used for finding relevance in navigation particularly satellite systems and astronomy, naval and aviation industries, oceanography, land surveying, and in cartography (creation of maps). Now those are the scientific applications of the concepts in trigonometry, but most of the math we study would seem (on the surface) to have little real-life application. So is trigonometry really relevant in your day to day activities? You bet it is. Let's explore areas where this science finds use in our daily activities and how we can use this to resolve problems we might encounter. Although it is unlikely that one will ever need to directly apply a trigonometric function in solving a practical issue, the fundamental background of the science finds usage in an area which is passion for many - music! As you may be aware sound travels in waves and this pattern though not as regular as a sine or cosine function, is still useful in developing computer music. A computer cannot obviously listen to and comprehend music as we do, so computers represent it mathematically by its constituent sound waves. And this means that sound engineers and technologists who research advances in computer music and even hi-tech music composers have to relate to the basic laws of trigonometry.
There's a laser right in front of you - though you can't see it - in your computer's CD or DVD drive! When writing it etches tiny pits in the surface of the disc. When reading… the disc it forms a photo-electric couple in which its beam is broken by the pits (each pit is a 1 or 0 - I don't know which). They have numerous other applications such as: Fine-cutting shapes from sheet-metal and other materials. As the light source in fibre-optical electronics including the under-sea cables linking our respective telephone networks & hence our computers. Certain surgical operations including on the eye. Surveying equipment. Bar-code scanners.