# data[].attributes.body
1000(1+15/100)^6 = 2313.0607 = 2313
75000(1-20/100^5 = 24576

# data[].attributes.body
1-Exponential
y=1000(1+15/100)^6
=2313.0607
=2313 (round up to nearest whole number)

2. y=75000(1-20/100)^5
=24576 cells

# data[].attributes.body
1. Exponential
y=1000(1+15/100)^6 = 2313.00

2.75000(1-20/100)^5=24576

# data[].attributes.body
1. Day 0 = 1000

Term 7(Day 6) = 1000(〖1.15〗^(7-1) )

=  2313.06
= 2313
2. Day 0 = 75 000
Term 6 (Day 5) = 75 000(0.8^(6-1))
= 24576

# data[].attributes.body
1)Exponential
Y=1000(1+15/100)^6

=2313.06 (2dp)
2)Y=75000(1-20/100)^5

=24576

# data[].attributes.body
1. 1000(1+0.15)^6= 2313 (nearest whole no.)
2. 75000(1-0.2)^5= 24576

# data[].attributes.body
1. Exponential
y=1000(1+15/100)^6 = 2313.00

2.75000(1-20/100)^5=24576

# data[].attributes.body
1a) exponential
b) 1000(1+0.15)^6=2313

2)75000(1-0.2)^5=24576

# data[].attributes.body
1. 1000(1+0.15)^6 = 2313
2. 75000(1-0.2)^5 = 24576

# data[].attributes.body
1. Exponential
y=1000(1+15/100)^6
=2313
2. y=7500(1-20/100)^5
=24576

# data[].attributes.body
Exponential growth
1000(1+15%)^6= 2313.06(2dp)
75000(1-20%)^5=24576

# data[].attributes.body
1. exponential growth
1000(1+0.16)^6 = 2313 (rounded down)

2. 75000(1-0.20)^5 = 24576

# data[].attributes.body
1) exponential
1000(1+15*100)^6 = 2313.06 (2dp)

2) 75000(1+(-20*/100))^5 = 24576

# data[].attributes.body
1)
1000(1+115/100)^(6)
= 98771(4sf)
2)
75000(1-20/100)^(5)
=24576

# data[].attributes.body
1)
exponential

1000(1 + 15/100)^6 = 2313.06
about 2313

2)
75000( 1 - 20/100)^5 = 24576 cells will be left alive after day 5