I assume you wanted to write (5, 2) but the editor would not allow it. Start where the axes cross and go 5 to the right and 2 up.
the easiest way to do this is get a picture of a turtle. Place it over a sheet of graphing paper. place a point at every point that you can. Move the picture- you don't need it anymore. Connect the dots.
Point 4 would be 0.4 and point 115 would be 0.115. 0.4 is almost four times bigger than 0.115
There are times when there is no logic in doing so. For example, suppose you had a graph of the heights and weights of a class of students. Each data point would be an ordered pair representing the height and weight of a particular student. What, if anything, would a line connecting one student to the next represent?
No. It has no shape or dimensions. If it did, it would not be a point, it would be a very very very very small dot.
To allow the bulb to light up when connecting point A to point B, you would need a conductive item, such as a wire or copper cable. This conductive material allows electric current to flow between the two points, completing the circuit and enabling the bulb to illuminate. Additionally, ensure that the power source is connected properly to the circuit for the bulb to function.
Yes.
You have to connect one conductor from potato to one terminal on light bulb and the other to the second conductor. Your light bulb must be a low voltage and low current bulb because a potato delivers very little power. Light bulbs that screw in would have one connection point on the screw in part and one at the bottom of the base of the bulb. It would be best to put the bulb in a socket that would allow easier connection of wires instead of trying to wrap the wire around the bulb.
Most wireless routers also allow you to plug in 4 to 8 other Ethernet cables. It would not be a router otherwise, it would simply be a wireless access point. The cable connections are also faster than the wireless (at this point).
Turning the diaphragm will change how much light is let in.
Open
To wire multiple light switches in a single circuit, you would connect the hot wire from the power source to the common terminal of the first switch. Then, connect the hot wire from the first light fixture to the common terminal of the second switch. Finally, connect the hot wire from the second light fixture to the common terminal of the last switch. Connect all the neutral wires together and connect the ground wires to the switches and fixtures.
Transparent (:
Yes, a plant can still grow at the light compensation point. The light compensation point is the level of light intensity at which the rate of photosynthesis equals the rate of respiration in a plant. At this point, the plant is able to produce enough energy through photosynthesis to sustain its growth and metabolic processes.
You could, but you need to decide what the point of doing so would be!
The focal point.Other answersWhen rays of light converge? I think it is called the "refraction." :)focal point ....would be preferredrefraction is more why it changes
The colour of the big bang is impossible to tell. The singularity (a point of infinite density) before the big bang actually happened would have so much mass that not even light could escape, similar to a black hole. So right as it happened, which was expanding faster than the speed of light, it's density would still be enormous enough for a moment to not allow light to escape, but then once it did allow light to escape, all the light that it did not allow and "sucked" in would suddenly escape and with all that light it would be impossibly bright, and would seem white. And not until much later would you be able to see the colour and it would be many different colours depending on where you are looking (assuming that your retina's were extremely tough and didn't vaporize with the ridiculously brightness of the big bang)