NikenTM NDL-5 Technical Data Sheet.

Slides:



Advertisements
Similar presentations
6.1 - Expressing Reaction Rates
Advertisements

HA H + + A - B + H + BH + Acid Base Conjugate Base Conjugate Acid acid: donates protons (H + ) base: accepts protons (H + ) strong acid/base completely.
Labeling the Independent and Dependent Variables.
Proteins and enzymes e: Effect of temperature and pH.
Experiment Questions Enzyme Temperature. State one factor that you kept constant during the investigation. pH or substrate conc. or enzyme conc.
Enzyme Action Learning objective: to describe different models for enzyme action and to investigate factors which control the rate of an enzyme reaction.
Slide 1 of 52  Worked Examples Follows:. Slide 2 of 52.
Limiting factors in Photosynthesis Discuss the limiting factors in photosynthesis with reference to carbon dioxide concentration, light intensity and temperature.
Experiment Questions Enzyme Temperature.
Dry Run Creek: Urban vs. Rural Surficial Water Quality Variability Nick Bosshart and Austin Cox.
Chemical Reactions 8 th 5.2 Rates of Chemical Reactions.
Solutions, Concentration, Dilution. -combination of two or more different substances -components are easily distinguished -can separate components by.
TRITEX BLEACHING SYSTEM FOR CELLULOSIC FIBERS AND BLENDS
Chemistry 20 - Chapter 5 Solutions 5.3 Concentration of a Solution.
GC : Hot dip galvanisation
Draw sketch graphs for enzyme activity with a competitive inhibitor present and for a non-competitive inhibitor present.
8.2 Solubility and Concentration. Solubility  The maximum amount of a solute that dissolves in a given amount of solvent at a constant temperature.
VariableReaction Time…Why does this Happen? Temperature Heating Enzyme Heating Substrate Cooling Enzyme Cooling Substrate pH More acidic (lower pH) More.
What is this? Dihydrogen dioxide What do we use it for?
Kinetics and mechanism of the non-catalyzed and copper (II) catalyzed oxidation of thionine and methyl violet dyes with hydrogen peroxide. A model for.
Put away all supplies and get ready for your first quiz! 2/12/16 Date:2/12/16Topic:Enzymes Day 2Page # ___.
Chemical and Physical properties of nucleic acid
LAB 5 Cellular Respiration
Variable Reaction Time… Why does this Happen? Temperature  
Table 1. Change in parameters during fermentation in Hydrolysate A
ATMOSPHERIC VARIABLES
Aare Kuusik, E. Loigu, O. Sokk, Argo Kuusik Estonia
What does the word optimal mean?
SC Standard Concentration: Manufacturer: Expiration Date: Lot: SC Time
KemiPalTM PAD-6 Technical Data Sheet.
AuriCoatTM AUL-5 Technical Data Sheet.
Gay-Lussac’s Law: Pressure-Temperature relationship
Gas Quiz - Rd 1 PV = nRT R = L atm mol K P1V1 = P2V2 T T2
Temperature: Comparing degrees Celsius (C) and degrees Fahrenheit (F)
Unit 4: Solutions and Kinetics
Enzyme Action Learning objective: to describe different models for
Enzyme Review.
Enzyme Review.
חלבונים- מבנה, תפקיד והקשר ביניהם
Objective: To describe how temperature affects the rate of reaction
Integrated Rate Laws 1 1.
Sec 2.3 Chemical Reactions and Enzymes
The Carbon Cycle.
Limiting Factors.
In this experiment, we will continue to study acid phosphatase kinetics.
Factors Affecting Enzyme Activity
Unit 4: Solutions and Kinetics
Enzyme Action Learning objective: to describe different models for
해조류의 처리 Wet milling of the seaweed is essential in order for the enzyme to get in contact with the substrate (seaweed). The ratio of seaweed and water.
Integers.
Food and fuels.
Reaction Energy.
Enzymes Necessary Proteins.
Part (a) Remember that the 1st derivative is the slope. We can find the slope by using Algebra. T’(7) = T’(7) = -7 2 oC / cm.
XionTM AC-1K Technical Data Sheet.
XionTM ATS-1 Technical Data Sheet.
Chemical Equilibria Department of Civil Engineering
-1oC It is 4oC The temperature drops by 5 degrees
ENZYME Enzyme Reaction Energy of reaction Factors affect rate Other.
Gay-Lussac’s Law Temperature-Pressure relationships
Experiment Questions Enzyme pH.
Experiment Questions Enzyme pH.
Physical Geography Geography of Canada.
Experiment Questions Enzyme Temperature.
Calculating Ion Concentration from pH
concentration cell: different [ ]s of same species generating an emf
' · · ,.-.., '' !'",. -,..._ ·-.·-...;.· -
This is my sheet And this is my sheet.
Required Practical 10: Define the term DECAY:
Does the sulfur content of calcite microfossils reflect seawater [CO3=]?
Presentation transcript:

NikenTM NDL-5 Technical Data Sheet

Contents Effect of bath temperature Effect of pH Effect of dipping time Effect of NDL-5-D concentration Effect of Ni concentration Effect of NDL-5-M concentration

1. Effect of bath temperature Conditions Ni : 4.5 g/L pH : 4.6 NDL-5-M : 100 ml/L NDL-5-D : 5 ml/L variable : bath temp. 2. Effect of pH Conditions Bath temp. : 82oC Ni : 4.5 g/L NDL-5-M : 100 ml/L NDL-5-D : 5 ml/L variable : pH

4. Effect of NDL-5-D concentration 3. Effect of dipping time Conditions Bath temp. : 82oC Ni : 4.5 g/L pH : 4.6 NDL-5-M : 100 ml/L NDL-5-D : 5 ml/L variable : dipping time 4. Effect of NDL-5-D concentration Conditions Bath temp. : 82oC Ni : 4.5 g/L pH : 4.6 NDL-5-M : 100 ml/L variable : NDL-5-D conc.

5. Effect of Ni concentration Conditions Bath temp. : 82oC pH : 4.6 NDL-5-M : 100 ml/L NDL-5-D : 5 ml/L variable : Ni conc. 6. Effect of NDL-5-M concentration Conditions Bath temp. : 82oC Ni : 4.5 g/L pH : 4.6 NDL-5-D : 5 ml/L variable : NDL-5-M conc.