Depending upon the cell itself, it could be as simple as two dots on the back of the cell, which is the non-blue side. On other cells, it could be the white vertical lines on the front = negative and the dots on the back = positive.
Many negative diseases and traits are very rare and recessive. In a population where very little inbreeding occurs, these negative traits do not show up frequently because such a small percent of the population is a carrier for them. When related individuals who are carriers of these negative recessive traits breed with each other, their offspring receive two copies of the trait, resulting in the physical or mental retardation of the offspring due to the negative trait.
A condition is when there is something wrong with you that is not working normally it can be your brain or your heart or any other organs in your body that are not working normally has they should do because of when you were made inside your mother cells so sometimes get a person normal but sometimes cells don't get a person normal autism is something that you have and it stops you from making friends and talking to people in a sensible way people with autism find it very hard to make friends and to talk to people in a sensible way and the sad bit is people with autism get bullyed with their condition and when they get bullyed they do not know what to say to the people that are bullying them because they don't know how to act so they tell tales on them to try and get the bullying stopped but that does not always work sometimes the police are called to stop the bullying then that works and the person with autism is happy then.
um... i found this somewhere, i think it works. I use Java, so i dont know how it works. I think you can compile it in Microsoft Excel. (if you are a mac user, you wont be able to. anyway, here it is: Dim CX As Integer Dim CY As Integer Dim started As Boolean Dim playerdead As Boolean Private Sub Worksheet_SelectionChange(ByVal Target As Range) If CX = 0 Then CX = Cells(1, 1) End If If CY = 0 Then CY = Cells(1, 2) End If If playerdead = True Then Cells(CY, CX) = "" playerdead = False CX = Cells(1, 1) CY = Cells(1, 2) End If If Target.Row = 2 Then If Target.Column = 1 Then If Cells(2, 1) = ">" Then Cells(2, 1) = "ll" ElseIf Cells(2, 1) = "ll" Then Cells(2, 1) = ">" Else Cells(2, 1) = ">" End If End If End If If Cells(2, 1) = ">" Then Exit Sub If Target.Row = CY - 1 Then If Target.Borders(xlEdgeBottom).LineStyle > 0 Then Cells(CY, CX).Select ElseIf Cells(CY, CX).Borders(xlEdgeTop).LineStyle > 0 Then Cells(CY, CX).Select Else Cells(CY, CX) = "" CY = CY - 1 If Cells(CY, CX) = "F" Then Cells(CY, CX) = "F" CX = Cells(1, 1) CY = Cells(1, 2) Cells(2, 2) = "yippee!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "R" Then Cells(CY, CX) = "R" CX = Cells(CY, 1) CY = Cells(CY, 2) Cells(2, 2) = "poof!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "C" Then Cells(CY, CX) = "C" CY = Cells(2, CX) CX = Cells(1, CX) Cells(2, 2) = "poof!" Cells(2, 2).Speak End If Cells(CY, CX) = "J" End If End If If Target.Row = CY + 1 Then If Target.Borders(xlEdgeTop).LineStyle > 0 Then Cells(CY, CX).Select ElseIf Cells(CY, CX).Borders(xlEdgeBottom).LineStyle > 0 Then Cells(CY, CX).Select Else Cells(CY, CX) = "" CY = CY + 1 If Cells(CY, CX) = "F" Then Cells(CY, CX) = "F" CX = Cells(1, 1) CY = Cells(1, 2) Cells(2, 2) = "yippee!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "R" Then Cells(CY, CX) = "R" CX = Cells(CY, 1) CY = Cells(CY, 2) Cells(2, 2) = "poof!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "C" Then Cells(CY, CX) = "C" CY = Cells(2, CX) CX = Cells(1, CX) Cells(2, 2) = "poof!" Cells(2, 2).Speak End If Cells(CY, CX) = "J" End If End If If Target.Column = CX + 1 Then If Target.Borders(xlEdgeLeft).LineStyle > 0 Then Cells(CY, CX).Select ElseIf Cells(CY, CX).Borders(xlEdgeRight).LineStyle > 0 Then Cells(CY, CX).Select Else Cells(CY, CX) = "" CX = CX + 1 If Cells(CY, CX) = "F" Then Cells(CY, CX) = "F" CX = Cells(1, 1) CY = Cells(1, 2) Cells(2, 2) = "yippee!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "R" Then Cells(CY, CX) = "R" CX = Cells(CY, 1) CY = Cells(CY, 2) Cells(2, 2) = "poof!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "C" Then Cells(CY, CX) = "C" CY = Cells(2, CX) CX = Cells(1, CX) Cells(2, 2) = "poof!" Cells(2, 2).Speak End If Cells(CY, CX) = "J" End If End If If Target.Column = CX - 1 Then If Target.Borders(xlEdgeRight).LineStyle > 0 Then Cells(CY, CX).Select ElseIf Cells(CY, CX).Borders(xlEdgeLeft).LineStyle > 0 Then Cells(CY, CX).Select Else Cells(CY, CX) = "" CX = CX - 1 If Cells(CY, CX) = "F" Then Cells(CY, CX) = "F" CX = Cells(1, 1) CY = Cells(1, 2) Cells(2, 2) = "yippee!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "R" Then Cells(CY, CX) = "R" CX = Cells(CY, 1) CY = Cells(CY, 2) Cells(2, 2) = "poof!" Cells(2, 2).Speak ElseIf Cells(CY, CX) = "C" Then Cells(CY, CX) = "C" CY = Cells(2, CX) CX = Cells(1, CX) Cells(2, 2) = "poof!" Cells(2, 2).Speak End If Cells(CY, CX) = "J" End If End If Cells(CY, CX).Select If Cells(CY, CX).Font.Bold = True Then playerdead = True End If If playerdead = True Then Cells(CY, CX) = "N" Cells(2, 2) = "ouch!" Cells(2, 2).Speak Else Cells(CY, CX) = "J" End If End Sub
DC can be produced in a battery via a chemical reaction. Also solar panels can produce DC directly. If you have Alternating Current (AC) you can convert to DC using a full wave bridge and filtering output.
Haploid cells like sperm cells,ova,bacteria
Neither, only bacteria are classified as Gram positive or Gram negative.
Gram-positive cells are purple and the Gram-negative cells are red.
positive
They are gram positive
negative at a resting value of -70mV
Yes, when the sun hits the cells inside the panels they have a positive and negative charge
Contamination
The negative affects are nausea, vomiting and hair loss. The positive affects such as chemo therapy, which decreases or stops the cancer cells.
Alcohol-acetone
Negative staining techniques are designed to stain everything BUT the bacterial cells. This allows us to see the cells unstained and helps us observe their morphology (how the cells are shaped and how they group together). The cells have an overall negative charge on their surface, so they naturally attract positive charges. Crystal Violet carries a positive charge, so it would adhere to the surfaces of the cells thus staining the cells (which is not what you want in a negative stain!)
When a gram stain is done on Shigella flexneri, the cells are light pink. This means that they are gram negative.
red blood cells,white blood cells,plasma and platelets maybe....