Engineering

Well, honey, size dimension is all about how big or small something is, while location dimension is all about where the heck it's at. It's like comparing apples to oranges - they're both fruits, but one's all about size and the other's all about where you can find it. So, in a nutshell, size dimension is about how much space something takes up, and location dimension is about where the heck to find it.

One engineering strategy that has been used to protect coastlines from erosion is the construction of seawalls. Seawalls are vertical structures typically made of concrete or rock that are built along the shoreline to absorb and deflect the energy of incoming waves, reducing their erosive force on the coast. Seawalls can help prevent coastal flooding and erosion by providing a barrier between the sea and the land. However, it's important to consider the potential impacts of seawalls on coastal ecosystems and natural sediment transport processes when implementing this strategy.

Identify a need, research the background, make a plan, do the work, evaluate the results, look for improvements. (APEX)

Cellular telephones, computers, medical lasers all these 20th century technologies and many others can trace their origins atleast in part to engineering and science

Well, honey, back in the day, those folks in Chicago wanted to clean up their mess, so they dug a big ol' canal to reverse the flow of the river away from Lake Michigan. They basically said, "Sayonara, pollution!" and redirected the river like a boss. And that's how the Windy City ended up engineering the Chicago River to flow backwards.

Well, honey, using C as a target language for a compiler comes with some perks. C is a widely supported and portable language, making it easier to run your translated code on different platforms. Plus, C has been around the block a few times, so there are plenty of tools and libraries available to help you out. So, if you want your code to be as popular as avocado toast, C might just be the way to go.

1. You simply store in a carpenters belt.

2. keep the face of the measurement block and the slide clean and well lubricated. This will help it slide on the surface of the workpiece smoothly and makes adjustments easier, a little carnauba wax (or Butcher's Wax) is perfect for this, for both steel block and wooden block marking gauges. Be sure to wipe away the excess with a clean cotton rag. Also, keep the points well sharpened, this allows them to cut through the wood grain rather than tear at it. For mortise marking gauges, be careful you don't change the distances between the two points by over cutting the points when sharpening them, keep the points centered on the pins.

3. waxing the blocks and slides will help protect steel gauges from rusting.

ELCB is the connection to the direct earth path using protective device.while solid earthing is without protective device.A form of ELCB should be installed when direct earth path of low enough impendance can not be obtained.

That depends on many other factors. But I'd say that you're most likely
incapable of Chemistry, Physics, and Engineering if you're not good at Math.

Because they're taught 1 subject which they major in, focusing more so on that topic than others.

Being proficient in basic math (algebra) is extremely helpful if not required for chemistry on a high school level. Economics aren't really that relevant, except for the fact that it too relies extensively on mathematics.

1

I'm good at Math and I passed Chemistry.

Not really. Of course, you'll have to learn some new concepts - just as when you learned algebra.

60 by 3 by 2 =360

there are 90 degrees in a right angle

The unit of measurement used depends on what is being measured. For example, mass can be measured in grams (not pounds or ounces); length can be measured in inches, miles, meters; volume can be measured in gallons, liters, etc.

The metric system is most widely used, used in every country with the exception of America and Belize.

Although scientists and engineers have adopted the metric units as a standard, there are two different sets of metric systems that are employed based on the application. Those dealing with small units of length or mass tend to use the CGS system, while those dealing with large quantities tend to use the MKS system. Here, "CGS" stands for "centimeter-gram-second" and "MKS" stands for "meter-kilogram-second."

With industry heading more and more toward globalization, metric is becoming the standard throughout companies despite the failure of the United States to switch to the metric system because of the cost to change road signs, cars, and such.

The Metric System is much easier to convert into larger and smaller units.

Depends entirely on the size of the thing in question:-

If it's designed to go on the circuit board, nanometers

If it's around the size of your hand, millimeters.

If it's greater than a mile, I would suspect that it'd be meters.

So for around the world, millimeters for a general role. Nanometers used for components produced en mass. And Meters for construction.

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There is no way to know. Some aspects of calculus depend on a good understanding of algebra, others don't. It all depends on which aspects of algebra you were good at and also whether or not you retain that edge.

At least, you have a good chance. You'll need a lot of math in engineering. Also consider whether you like science in general, for example, physics.

Classes in writing are are typically required to earn a degree in science and engineering. Those classes determine whether or not a student has sufficient writing skills for science and engineering careers.