Want this question answered?
Well if you have ever seen a mirror then you'll know that when you raise your left hand then only the hand in front of it will raise, which happens to be the other one if seen from the mirror's side. Okay, so just imagine that you are standing in front of a mirror. Raise your right hand. You'll see that if you are facing yourself in the mirror, then, from your side, the right hand will be raised. But, just imagine that you actually get inside the mirror and then stand behind it and facing it, then you see that actually the mirror 'you's' left hand is raised. This is called lateral inversion. And why it happens, well....you don't think that the mirror will actually raise the right hand as well. I mean a mirror shows your reflection and if it as well raises it's right hand, as you, then it won't be your reflection. But just another person, your twin rather, copying you. get it? I tried my best to explain it but light and reflections are very confusing. I myself have so many doubts about it.And also, I hope you do realize, that each mirror, i.e., convex, concave and plane, has its own set of properties.A simpler, correct answer: Lateral inversion occurs in a plane (flat) mirror.Compared with the object, the image is reversed along the line perpendicular to the mirror surface. Usually that means front and back are reversed."Lateral" means "sideways". It's called "lateral inversion" because the reversaloften seems to be "left-right", and not "front-back".Even though I know my image is reversed front to back when I look in a mirror, it's very hard to "see" it that way. That's psychology not physics.
When you wave your left hand it appears as though your right hand is moving . This is lateral inversion . But when you shake your feet the image of your feet does not wiggle because the image in the mirror can only be laterally inverted and not upside down .
You do not see the top of the object and the bottom of the object being turned over. When you stand in front of it, your head remains at the top and your legs remain below. All it does it invert the object laterally. When you raise your right hand, the image raises the left hand.
Because it raises loads against the force of gravity, the energy produced, which is the same as the work done, is Force x Distance. The downward force on any mass M is MG Newtons, so the work done in raising it a height H meters is MGH Joules.
When raising dumbells in front of you by using only the forearm, the pivot is the elbow joint; the load is the dumbells at the opposite ends of the arm from the elbow joint; and the position of the effort is where the muscles of the arm are attached by tendons to the arm bones near the wrist. This is a third class lever system.
Obviously, the reflected image seems to be raising her right hand.
The female koala raises the joey. The male has no part at all in raising the young.
Of course it does. You are looking at a REVERSE image.
heat raises
Both parents are involved in the raising of young as is typical in birds.
The Legislative Branch passes laws and raises revenue.
The Legislative branch raises the revenue through taxes and other levies.
Howl raises Attack Swords Dance sharply raises Attack Metal Claw-10% chance of raising Attack Meteor Mash-10% chance of raising attack Medidate-raises Attack Calm Mind-Sp. Attack (and Sp. Defence) Nasty Plot-sharply raises Sp. Attack Dragon Dance- Raises attack and speed Ancient Power-10% chance to Raise All Stats Silver Wind-10% chance to Raise All Stats
If you are looking for the answer to a crossword then think in terms of raising the birds from the gound. Your answer will be beater.
you dont have to use a raising agent like bicarb
It will appear that the image raises his right hand.
Every company on the free market system of the United States. The term 'cost of living raises' are generally referred when allocating raising social security payments for the year.