bharataak000

Determine ph of 0.10M KOH solution

if A+B=C than what's the direction and magnitude of A&B

Choose an animal which represents a particular phylum. Briefly describe its features characteristic of its phylum including morphology, embryology, and physiology. Identify adaptations of your animal compared with other animals. If you chose a more primitive animal, identify adaptations compared with more primitive organisms outside of the animal kingdom.

What is electricity ?

Use the given information to evaluate each expression.

cos φ = 3/5 with 0 <φ < 90  

(a)     sin 2φ

(b)     cos 2φ

(c)     tan 2φ

Diseases of Tissues, Organs, or Systems

You are to research, design, and create a computerized document (pamphlet, poster, PowerPoint Presentation, etc.) that investigates a disease or abnormality related to the tissues, organs or systems of humans or plants. This research project will be completed using reputable websites or books from your local library. 

You may pick one of the following diseases or abnormalities, or any other plant or human disease not listed below that has been approved by your teacher.

• Heart disease
• Brain tumour
• Rheumatoid Arthritis
• Gout
• Mixed connective tissue disease
• Asthma
• Multiple Sclerosis
• Gall (plant)
• Wheat rust (plant)
• Tobacco mosaic virus (plant) 
• Blight (plant)
• Yellow mosaic virus (plant)
• Prostate cancer
• Mental Illness
• Powdery Mildew (plant)
• Fusarium wilt (plant)
• Hollyhock plant rust (plant)

This black Harvard-educated lawyer helped expand the NAACP's legal campaign for civil rights

What must be true about the direction and magnitude of vector A&B if C=0

Can you find a vector quantity that has a magnitude of zero but components that are 
different from zero? Explain. Can the magnitude of a vector be less than the magnitude of its components

An object of mass 80 kilograms is placed on an inclined plane that makes 20

degrees with the horizontal.  The coefficient of friction is 0.25.  Calculate

(a) the normal reaction of the plane on the object

(b) the frictional force

g=10m/s^2