QI: Which of the following is NOT an SI unit? b. kilogram C. second d. mile a. meter.

An Introduction to Physical Science
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Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
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Chapter1: Measurement
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Exam 1
Q1: Which of the following is NOT an SI unit?
b. kilogram
c. second
d. mile
a. meter.
Q2: Write these values as full decimal numbers (not using scientific notation), in standard SI
units without any prefixes, preserving the number of significant figures.
a) 630 us.
b) 42400 km
Q3: A football wide receiver starts from rest and runs straight forward 24.0 meters in 2.80
seconds at a constant acceleration.
a) How large was his average velocity?
b) How large was his acceleration, in m/s2?
c) How long did it take for the wide receiver to travel the first 12.0 meters?
Q4: A car is accelerated from rest to a velocity of 75 km/h over a distance of 2500 m. (a) How
long did the acceleration last? (b) Calculate the acceleration.
Q5:
1) Show that a is perpendicular to b when
a =i+j+3k.
b= 2i + 7i - 3k
2) Find the angle between c and d when
c=i+ 2j + 3k.
d = 2i + 4j – 3k
Transcribed Image Text:Exam 1.pdf Exam 1 Q1: Which of the following is NOT an SI unit? b. kilogram c. second d. mile a. meter. Q2: Write these values as full decimal numbers (not using scientific notation), in standard SI units without any prefixes, preserving the number of significant figures. a) 630 us. b) 42400 km Q3: A football wide receiver starts from rest and runs straight forward 24.0 meters in 2.80 seconds at a constant acceleration. a) How large was his average velocity? b) How large was his acceleration, in m/s2? c) How long did it take for the wide receiver to travel the first 12.0 meters? Q4: A car is accelerated from rest to a velocity of 75 km/h over a distance of 2500 m. (a) How long did the acceleration last? (b) Calculate the acceleration. Q5: 1) Show that a is perpendicular to b when a =i+j+3k. b= 2i + 7i - 3k 2) Find the angle between c and d when c=i+ 2j + 3k. d = 2i + 4j – 3k
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