MCR 3U – Unit # 4: Exponential Functionsb) Use Moore's Law to predict how fast a processor should be for each of the systems in # 1. Fillin the second row of the chart with your answers. Show all calculations. [K5]c) Use Moore's Law to predict how fast a processor should be in the year 2027, fifty years afterthe first Atari. If consoles really do get this fast, what do you think video games will be like?[K2, C1]d) In 2012, Nintendo Wii U was released with a processor speed of 1,240 MHz (or 1.24 GHz).How does this compare to Moore's prediction? [K2, C1]e) Choose a gaming console that you are familiar with in 2021. Look up the processor speed andcompare it to Moore's prediction. How does it compare? [A3] MCR 3U – Unit # 4: Exponential FunctionsXΒΟXΧΡΟΝΕΝΤΙALHow have game consoles changed over time?How have video game consoles changed overtime? In 1965, Intel co-founder, Gordon Moorepredicted that computer processors woulddouble in speed every two years. Twelve yearslater, the first modern gaming console ---theAtari 2600 ---was released, sparking a revolutionin video games that have become ever-faster andmore realistic.Task 1: Moore Fast1. In 1965, the computer scientist Gordon Moore predicted that processor speeds would doubleevery two years. In 1977, Atari released the 2600, the first video game console with an internalprocessor: a 1.2 MHz (megahertz) chip. If Moore's prediction is accurate, how fast would youexpect the following consoles to be?a) Write an equation for the expected processor speed for any given year. Use the speed in 1977as the initial value. [K2]Atari 2600IntellivisionNintendoSuperNintendoХВОХ 360Game Cube200119771979EntertainmentSystem1991200519831.2 MHz**Complete the chart showing all calculations on the next page in part b).**

According to our company policy we can answer only first three sub-parts and rest can be reposted.

Task 1: Moore Fast 1. In 1965, the computer scientist Gordon Moore predicted that processor speeds would double every two years. In 1977, Atari released the 2600, the first video game console with an internal processor: a 1.2 MHz (megahertz) chip. If Moore's prediction is accurate, how fast would you expect the following consoles to be? a) Write an equation for the expected processor speed for any given year. Use the speed in 1977 as the initial value. [K2] Atari 2600 Intellivision Nintendo Super Nintendo 1977 1979 Entertainment Game Cube Хвох 360 System 1991 2001 2005 1983 1.2 MHz **Complete the chart showing all calculations on the next page in part b).* *

Task 1: Moore Fast 1. In 1965, the computer scientist Gordon Moore predicted that processor speeds would double every two years. In 1977, Atari released the 2600, the first video game console with an internal processor: a 1.2 MHz (megahertz) chip. If Moore's prediction is accurate, how fast would you expect the following consoles to be? a) Write an equation for the expected processor speed for any given year. Use the speed in 1977 as the initial value. [K2] Atari 2600 Intellivision Nintendo Super Nintendo 1977 1979 Entertainment Game Cube Хвох 360 System 1991 2001 2005 1983 1.2 MHz **Complete the chart showing all calculations on the next page in part b).* *

Calculus: Early Transcendentals

8th Edition

ISBN:9781285741550

Author:James Stewart

Publisher:James Stewart

Chapter1: Functions And Models

Section: Chapter Questions

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...

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Concept explainers

Equations and Inequations

Equations and inequalities describe the relationship between two mathematical expressions.

Linear Functions

A linear function can just be a constant, or it can be the constant multiplied with the variable like x or y. If the variables are of the form, x2, x1/2 or y2 it is not linear. The exponent over the variables should always be 1.

Question

MCR 3U – Unit # 4: Exponential Functions
b) Use Moore's Law to predict how fast a processor should be for each of the systems in # 1. Fill
in the second row of the chart with your answers. Show all calculations. [K5]
c) Use Moore's Law to predict how fast a processor should be in the year 2027, fifty years after
the first Atari. If consoles really do get this fast, what do you think video games will be like?
[K2, C1]
d) In 2012, Nintendo Wii U was released with a processor speed of 1,240 MHz (or 1.24 GHz).
How does this compare to Moore's prediction? [K2, C1]
e) Choose a gaming console that you are familiar with in 2021. Look up the processor speed and
compare it to Moore's prediction. How does it compare? [A3]

MCR 3U – Unit # 4: Exponential Functions
XΒΟXΧΡΟΝΕΝΤΙAL
How have game consoles changed over time?
How have video game consoles changed over
time? In 1965, Intel co-founder, Gordon Moore
predicted that computer processors would
double in speed every two years. Twelve years
later, the first modern gaming console ---the
Atari 2600 ---was released, sparking a revolution
in video games that have become ever-faster and
more realistic.
Task 1: Moore Fast
1. In 1965, the computer scientist Gordon Moore predicted that processor speeds would double
every two years. In 1977, Atari released the 2600, the first video game console with an internal
processor: a 1.2 MHz (megahertz) chip. If Moore's prediction is accurate, how fast would you
expect the following consoles to be?
a) Write an equation for the expected processor speed for any given year. Use the speed in 1977
as the initial value. [K2]
Atari 2600
Intellivision
Nintendo
Super
Nintendo
ХВОХ 360
Game Cube
2001
1977
1979
Entertainment
System
1991
2005
1983
1.2 MHz
**Complete the chart showing all calculations on the next page in part b).**

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